X-Plane Datarefs | X-Plane Developer

Datarefs for X-Plane 11.32, compiled Mon Mar 11 21:22:29 2019

Name

Type

Version

Writable

Units

Description

sim/

sim/aircraft/

acf_struct

int[10]

700-1004

Pointers

Pointers to the individual aircraft structures.

sim/aircraft/autopilot/

vvi_step_ft	float	1100+	yes	Feet	Step increment for autopilot VVI
alt_step_ft	float	1100+	yes	Feet	Step increment for autopilot altitude
radio_altimeter_step_ft	float	1100+	yes	Feet	Step increment for radio altimeter decision height
preconfigured_ap_type	int	1130+	no	enum	0=X-Plane custom, 1=Airliner, 2=GFC-700, 3=S-Tec 55, 4=S-Tec 55 with altitude preselect, 5=KAP-140 single axis, 6=KAP-140 dual axis, 7=KAP-140 dual axis with altitude preselect, 8=Piper Autocontrol
single_axis_autopilot	int	1130+	no	boolean	Whether the autopilot is strictly single axis (bank) only.
ah_source	int	1130+	no	enum	Attitude source for the autopilot: 10 = AHRS, 11 = elec gyro, 12 = vacuum gyro, 13 = turn coordinator and absolute pressure transducer
dg_source	int	1130+	no	enum	Directional gyro source for the autopillot: 10 = AHRS, 11 = elec gyro (HSI or DG), 12 = vacuum gyro (DG)

sim/aircraft/view/

acf_tailnum	byte[40]	660+	yes	string	Tail number
acf_author	byte[500]	660+	yes	string	Author’s Name
acf_descrip	byte[260]	660+	yes	string	Brief description of the plane. Was 500 chars in older planes.
acf_notes	byte[240]	940+	yes	string	Notes on the plane
acf_size_x	float	660+	yes
acf_size_z	float	660+	yes	???	shadow size, and viewing distance size
acf_HUD_type	int	660-730	yes	enum	HUD type
acf_asi_kts	int	660+	yes	enum	air speed indicator knots calibration
acf_cockpit_type	int	660+	yes	enum	cockpit panel type
acf_has_SC_fd	int	660+	yes	bool	has single cue flight director?
acf_has_stallwarn	int	660+	yes	bool	has audio stall warning?
acf_has_litemap_tex	int	660+	yes	enum	Do we have a lite map texture for this?
acf_peX	float	660+	yes	pos	Position of pilot’s head relative to CG, X
acf_peY	float	660+	yes	pos	Position of pilot’s head relative to CG, Y
acf_peZ	float	660+	yes	pos	Position of pilot’s head relative to CG, Z
acf_Vso	float	660+	yes	kias	Various speed maxes for the aircraft.
acf_Vs	float	660+	yes
acf_Vfe	float	660+	yes
acf_Vno	float	660+	yes
acf_Vne	float	660+	yes
acf_Mmo	float	660+	yes
acf_Gneg	float	660+	yes
acf_Gpos	float	660+	yes
acf_est_Vs	float	660-1105	yes
acf_yawstringx	float	660+	yes	???	The yaw string, that thing that no one knows how to get rid of.
acf_yawstringy	float	660+	yes
acf_HUD_cntrx	float	660-899	yes	pixels	HUD positioning
acf_HUD_cntry	float	660+	yes
acf_HUD_delx	float	660+	yes
acf_HUD_dely	float	660+	yes
acf_has_lanlite1	int	660-999	yes	bool	Lighting Info
acf_lanlite1X	float	660-999	yes	Meters	Position relative to CG
acf_lanlite1Y	float	660-999	yes
acf_lanlite1Z	float	660-999	yes
acf_lanlite_the	float	660-999	yes
acf_has_lanlite2	int	660-999	yes
acf_lanlite2X	float	660-999	yes
acf_lanlite2Y	float	660-999	yes
acf_lanlite2Z	float	660-999	yes
acf_has_lanlite3	int	660-999	yes
acf_lanlite3X	float	660-999	yes
acf_lanlite3Y	float	660-999	yes
acf_lanlite3Z	float	660-999	yes
acf_has_fuserb1	int	660-999	yes
acf_fuserb1X	float	660-999	yes
acf_fuserb1Y	float	660-999	yes
acf_fuserb1Z	float	660-999	yes
acf_has_fuserb2	int	660-999	yes
acf_fuserb2X	float	660-999	yes
acf_fuserb2Y	float	660-999	yes
acf_fuserb2Z	float	660-999	yes
acf_has_taillite	int	660-999	yes
acf_tailliteX	float	660-999	yes
acf_tailliteY	float	660-999	yes
acf_tailliteZ	float	660-999	yes
acf_has_navlites	int	660-999	yes
acf_ICAO	byte[40]	850+	yes	string	ICAO code for aircraft (a string) entered by author
acf_door_x	float	850+	no	meters	position of door relative to CG, latitude offset in meters
acf_door_y	float	850+	no	meters	position of door relative to CG, vertical offset in meters
acf_door_z	float	850+	no	meters	position of door relative to CG, longitude offset in meters
acf_has_HOOPS_HUD	int	850+	yes	???	has Hoops HUD
acf_has_press_controls	int	850-999	yes	???	has Pressure Controls
acf_has_igniter	int	850-902	yes	???	has Igniter
acf_has_asi_bug	int	850-999	yes	???	has ASI Bug
acf_has_mixture	int	850-931	yes	???	has Mixture On Panel
acf_livery_index	int	941+	no	index	index number of livery
acf_livery_path	byte[1024]	950+	no	string	path of current livery. dir separator i, ends in dir separator. WARNING: slow dataref, don’t read a lot!

sim/aircraft/panel/

acf_ins_type	int[200]	660-1099	yes	???	instrument definition
acf_ins_size	float[200]	660-1099	yes	???	1.0 is DEFAULT.. not pixels because confusion of width vs height, which dimension we are referring to, etc.
acf_ins_x	float[200]	660-1099	yes	???	loc
acf_ins_y	float[200]	660-1099	yes	???	loc
acf_ins_delx	float[200]	660-730	yes	???	size of bitmap for offset, since the location
acf_ins_dely	float[200]	660-730	yes	???	is the CENTER of the instrument.

sim/aircraft/forcefeedback/

acf_ff_hydraulic	int	660+	yes
acf_ff_stickshaker	int	660+	yes

sim/aircraft/electrical/

num_batteries	int	940+	no	count	The number of batteries on this plane
num_generators	int	940+	no	count	The number of generators on this plane
num_inverters	int	940+	no	count	The number of inverters on this plane
num_buses	int	940+	no	count	The number of busses on this plane

sim/aircraft/engine/

acf_num_engines	int	660+	yes
acf_auto_featherEQ	int	660+	yes
acf_prop_fail_mode	int	1130+	yes	enum	Where the prop pitch angle goes when the governor loses oil pressure: 0=low pitch, 1=high pitch, 2=feather, 3=start lock
acf_throtmax_FWD	float	660+	yes
acf_throtmax_REV	float	660+	yes
acf_RSC_mingov_eng	float	930+	yes	rad/sec	Minimum engine speed with governor on radians/second
acf_RSC_idlespeed_eng	float	660+	yes	rad/sec	Engine idle speed radians/second.
acf_RSC_redline_eng	float	660+	yes	rad/sec	Max engine speed radians/second.
acf_RSC_mingreen_eng	float	660+	yes
acf_RSC_maxgreen_eng	float	660+	yes
acf_pmax	float	660+	yes
acf_tmax	float	660+	yes
acf_burnerinc	float	660+	yes
acf_critalt	float	660+	yes	meters	Critical altitude for props
acf_mpmax	float	660+	yes
acf_gear_rat	float	660+	yes	???	This is for backward compatibility, you can use acf_prop_gear_rat from v700 onwards
acf_face_jet	float	660+	yes
acf_face_rocket	float	660+	yes
acf_spooltime_jet	float	660+	yes	seconds	This is the delay in increasing the throttle for jet engines – it is the number of seconds to actuate a full advance.
acf_spooltime_prop	float	1010+	yes	seconds	This is the delay in increasing the throttle for prop/turboprop engines – it is the number of seconds to actuate a full advance.
acf_spooltime_turbine	float	1010+	yes	seconds	This is the number of seconds it takes for a free turbine to spin up from idle to full RPM.
acf_max_mach_eff	float	660+	yes
acf_fmax_sl	float	660+	yes
acf_fmax_opt	float	660+	yes
acf_fmax_vac	float	660+	yes
acf_h_opt	float	660+	yes
aacf_tip_mach_des_50	float	660+	yes
aacf_tip_mach_des_100	float	660+	yes
aacf_rotor_mi_rat	float	660+	yes
aacf_tip_weight	float	660+	yes
acf_max_ITT	float	810+	yes	???	Max internal turbine temperature the plane can have before engine failure.
acf_max_EGT	float	810+	yes	???	Max exhaust gas temperature the plane can have before engine failure.
acf_max_CHT	float	810+	yes	???	MAx cylinder head temperature the plane can have before engine failure.
acf_max_OILP	float	810+	yes	???	Max Oil Pressure the plane can have before engine failure.
acf_max_OILT	float	810+	yes	???	Max Oil Temperature the plane can have before engine failure.
acf_max_FUELP	float	810+	yes	???	Max Fuel Pressure the plane can have before engine failure.
acf_starter_torque_ratio	float	1010+	yes	Ratio	This is the ratio of the engine’s maximum torque that the starter applies at its design RPM.
acf_starter_max_rpm_ratio	float	1010+	yes	Ratio	This is the ratio of the engine’s max RPM that the starter can spin the engine up to before it loses torque.
boost_ratio	float	1030+	yes	ratio	Boost Amount
boost_max_seconds	float	1030+	yes	seconds	Boost Capacity

sim/aircraft/limits/

green_lo_MP	float	900+	no	inhg	Low value of the green arc for the manifold pressure instrument
green_hi_MP	float	900+	no	inhg	High value of the green arc for the manifold pressure instrument
yellow_lo_MP	float	900+	no	inhg	Low value of the yellow arc for the manifold pressure instrument
yellow_hi_MP	float	900+	no	inhg	High value of the yellow arc for the manifold pressure instrument
red_lo_MP	float	900+	no	inhg	Low value of the red arc for the manifold pressure instrument
red_hi_MP	float	900+	no	inhg	High value of the red arc for the manifold pressure instrument
green_lo_EPR	float	900+	no	ratio	Low value of the green arc for the engine pressure ratio instrument
green_hi_EPR	float	900+	no	ratio	High value of the green arc for the engine pressure ratio instrument
yellow_lo_EPR	float	900+	no	ratio	Low value of the yellow arc for the engine pressure ratio instrument
yellow_hi_EPR	float	900+	no	ratio	High value of the yellow arc for the engine pressure ratio instrument
red_lo_EPR	float	900+	no	ratio	Low value of the red arc for the engine pressure ratio instrument
red_hi_EPR	float	900+	no	ratio	High value of the red arc for the engine pressure ratio instrument
green_lo_TRQ	float	900+	no	ft-lbs	Low value of the green arc for the torque instrument
green_hi_TRQ	float	900+	no	ft-lbs	High value of the green arc for the torque instrument
yellow_lo_TRQ	float	900+	no	ft-lbs	Low value of the yellow arc for the torque instrument
yellow_hi_TRQ	float	900+	no	ft-lbs	High value of the yellow arc for the torque instrument
red_lo_TRQ	float	900+	no	ft-lbs	Low value of the red arc for the torque instrument
red_hi_TRQ	float	900+	no	ft-lbs	High value of the red arc for the torque instrument
green_lo_FF	float	900+	no	gal/hr_or_lb/hr	Low value of the green arc for the fuel flow instrument
green_hi_FF	float	900+	no	gal/hr_or_lb/hr	High value of the green arc for the fuel flow instrument
yellow_lo_FF	float	900+	no	gal/hr_or_lb/hr	Low value of the yellow arc for the fuel flow instrument
yellow_hi_FF	float	900+	no	gal/hr_or_lb/hr	High value of the yellow arc for the fuel flow instrument
red_lo_FF	float	900+	no	gal/hr_or_lb/hr	Low value of the red arc for the fuel flow instrument
red_hi_FF	float	900+	no	gal/hr_or_lb/hr	High value of the red arc for the fuel flow instrument
green_lo_ITT	float	900+	no	degC	Low value of the green arc for the interturbine temperature instrument
green_hi_ITT	float	900+	no	degC	High value of the green arc for the interturbine temperature instrument
yellow_lo_ITT	float	900+	no	degC	Low value of the yellow arc for the interturbine temperature instrument
yellow_hi_ITT	float	900+	no	degC	High value of the yellow arc for the interturbine temperature instrument
red_lo_ITT	float	900+	no	degC	Low value of the red arc for the interturbine temperature instrument
red_hi_ITT	float	900+	no	degC	High value of the red arc for the interturbine temperature instrument
green_lo_EGT	float	900+	no	degC	Low value of the green arc for the exhaust gas temperature instrument
green_hi_EGT	float	900+	no	degC	High value of the green arc for the exhaust gas temperature instrument
yellow_lo_EGT	float	900+	no	degC	Low value of the yellow arc for the exhaust gas temperature instrument
yellow_hi_EGT	float	900+	no	degC	High value of the yellow arc for the exhaust gas temperature instrument
red_lo_EGT	float	900+	no	degC	Low value of the red arc for the exhaust gas temperature instrument
red_hi_EGT	float	900+	no	degC	High value of the red arc for the exhaust gas temperature instrument
green_lo_CHT	float	900+	no	degC	Low value of the green arc for the cylinder-head temperature instrument
green_hi_CHT	float	900+	no	degC	High value of the green arc for the cylinder-head temperature instrument
yellow_lo_CHT	float	900+	no	degC	Low value of the yellow arc for the cylinder-head temperature instrument
yellow_hi_CHT	float	900+	no	degC	High value of the yellow arc for the cylinder-head temperature instrument
red_lo_CHT	float	900+	no	degC	Low value of the red arc for the cylinder-head temperature instrument
red_hi_CHT	float	900+	no	degC	High value of the red arc for the cylinder-head temperature instrument
green_lo_oilT	float	900+	no	degC	Low value of the green arc for the oil temperature instrument
green_hi_oilT	float	900+	no	degC	High value of the green arc for the oil temperature instrument
yellow_lo_oilT	float	900+	no	degC	Low value of the yellow arc for the oil temperature instrument
yellow_hi_oilT	float	900+	no	degC	High value of the yellow arc for the oil temperature instrument
red_lo_oilT	float	900+	no	degC	Low value of the red arc for the oil temperature instrument
red_hi_oilT	float	900+	no	degC	High value of the red arc for the oil temperature instrument
green_lo_oilP	float	900+	no	PSI	Low value of the green arc for the oil pressure instrument
green_hi_oilP	float	900+	no	PSI	High value of the green arc for the oil pressure instrument
yellow_lo_oilP	float	900+	no	PSI	Low value of the yellow arc for the oil pressure instrument
yellow_hi_oilP	float	900+	no	PSI	High value of the yellow arc for the oil pressure instrument
red_lo_oilP	float	900+	no	PSI	Low value of the red arc for the oil pressure instrument
red_hi_oilP	float	900+	no	PSI	High value of the red arc for the oil pressure instrument
green_lo_fuelP	float	900+	no	PSI	Low value of the green arc for the fuel pressure instrument
green_hi_fuelP	float	900+	no	PSI	High value of the green arc for the fuel pressure instrument
yellow_lo_fuelP	float	900+	no	PSI	Low value of the yellow arc for the fuel pressure instrument
yellow_hi_fuelP	float	900+	no	PSI	High value of the yellow arc for the fuel pressure instrument
red_lo_fuelP	float	900+	no	PSI	Low value of the red arc for the fuel pressure instrument
red_hi_fuelP	float	900+	no	PSI	High value of the red arc for the fuel pressure instrument
green_lo_gen_amp	float	900+	no	amps	Low value of the green arc for the generator amperage instrument
green_hi_gen_amp	float	900+	no	amps	High value of the green arc for the generator amperage instrument
yellow_lo_gen_amp	float	900+	no	amps	Low value of the yellow arc for the generator amperage instrument
yellow_hi_gen_amp	float	900+	no	amps	High value of the yellow arc for the generator amperage instrument
red_lo_gen_amp	float	900+	no	amps	Low value of the red arc for the generator amperage instrument
red_hi_gen_amp	float	900+	no	amps	High value of the red arc for the generator amperage instrument
max_gen_amp	float	900-999	no	amps	Max amps the generators can put out (with engines all cranked up)
green_lo_bat_amp	float	900+	no	amps	Low value of the green arc for the battery amperage instrument
green_hi_bat_amp	float	900+	no	amps	High value of the green arc for the battery amperage instrument
yellow_lo_bat_amp	float	900+	no	amps	Low value of the yellow arc for the battery amperage instrument
yellow_hi_bat_amp	float	900+	no	amps	High value of the yellow arc for the battery amperage instrument
red_lo_bat_amp	float	900+	no	amps	Low value of the red arc for the battery amperage instrument
red_hi_bat_amp	float	900+	no	amps	High value of the red arc for the battery amperage instrument
max_bat_amp	float	900+	no	amps	Battery amp when the non-standby batteries are fully charged.
green_lo_bat_volt	float	900+	no	volts	Low value of the green arc for the battery voltage instrument
green_hi_bat_volt	float	900+	no	volts	High value of the green arc for the battery voltage instrument
yellow_lo_bat_volt	float	900+	no	volts	Low value of the yellow arc for the battery voltage instrument
yellow_hi_bat_volt	float	900+	no	volts	High value of the yellow arc for the battery voltage instrument
red_lo_bat_volt	float	900+	no	volts	Low value of the red arc for the battery voltage instrument
red_hi_bat_volt	float	900+	no	volts	High value of the red arc for the battery voltage instrument
max_bat_volt_standard	float	900+	no	volts	This is the voltage when the standard (non-standby) batteries are fully charged.
green_lo_vac	float	900+	no	psi	Low value of the green arc for the vacuum pressure instrument
green_hi_vac	float	900+	no	psi	High value of the green arc for the vacuum pressure instrument
yellow_lo_vac	float	900+	no	psi	Low value of the yellow arc for the vacuum pressure instrument
yellow_hi_vac	float	900+	no	psi	High value of the yellow arc for the vacuum pressure instrument
red_lo_vac	float	900+	no	psi	Low value of the red arc for the vacuum pressure instrument
red_hi_vac	float	900+	no	psi	High value of the red arc for the vacuum pressure instrument
max_vac	float	900+	no	psi	Vacuum pressure put out when the engine is running at the bottom of red line (max vacuum).
green_lo_N1	float	900+	no	percent	Low value of the green arc for the N1 instrument
green_hi_N1	float	900+	no	percent	High value of the green arc for the N1 instrument
yellow_lo_N1	float	900+	no	percent	Low value of the yellow arc for the N1 instrument
yellow_hi_N1	float	900+	no	percent	High value of the yellow arc for the N1 instrument
red_lo_N1	float	900+	no	percent	Low value of the red arc for the N1 instrument
red_hi_N1	float	900+	no	percent	High value of the red arc for the N1 instrument
green_lo_N2	float	900+	no	percent	Low value of the green arc for the N2 instrument
green_hi_N2	float	900+	no	percent	High value of the green arc for the N2 instrument
yellow_lo_N2	float	900+	no	percent	Low value of the yellow arc for the N2 instrument
yellow_hi_N2	float	900+	no	percent	High value of the yellow arc for the N2 instrument
red_lo_N2	float	900+	no	percent	Low value of the red arc for the N2 instrument
red_hi_N2	float	900+	no	percent	High value of the red arc for the N2 instrument

sim/aircraft/prop/

acf_en_type	int[8]	660+	no	enum	engine type – read only in v11, but you should NEVER EVER write this in v10 or earlier. 0=recip carb, 1=recip injected, 2=free turbine, 3=electric, 4=lo bypass jet, 5=hi bypass jet, 6=rocket, 7=tip rockets, 8=fixed turbine
acf_revthrust_eq	int	700+	yes	???	better organization to do it this way, NOTE : Used to be i8 in version 6
acf_prop_type	int[8]	660+	yes	???	prop type
acf_prop_gear_rat	float[8]	700+	yes	???	prop to engine or common power source
acf_prop_dir	float[8]	660+	no	???	1.0=CW, -1.0=CCW, float so we can multiply effects by floats – made NOT writable in 11.10. YOU SHOULD NEVER WRITE THIS IN ANY VERSION OF X-PLANE.
acf_num_blades	float[8]	660+	yes	???	float so we can multiply effects by floats
acf_SFC	float[8]	660-811	yes	???	SFC
acf_min_pitch	float[8]	660+	yes	???	by governor
acf_max_pitch	float[8]	660+	yes	???	by governor
acf_reversed_pitch	float	660+	yes	???	in reverse
acf_sidecant	float[8]	660+	yes	???	this is physical geometry,
acf_vertcant	float[8]	660+	yes	???	built into planes & helos and changed with thrust vector
acf_prop_mass	float[8]	660+	yes	???	mass of prop
acf_miprop_rpm	float[8]	660+	yes	???	MI for changing prop RPM
acf_discarea	float[8]	660+	yes	???	for total propwash
acf_ringarea	float[8][10]	660+	yes	???	area each ring of prop
acf_bladesweep	float[80]	660-999	yes	???	blade sweep for scimitar props
acf_des_rpm_prp	float[8]	660+	yes	???	design point
acf_des_kts_prp	float[8]	660-999	yes	???	design point
acf_des_kts_acf	float[8]	660+	yes	???	design point
acf_part_eq	int[95]	660+	no	???	[PART]

sim/aircraft/parts/

acf_Rafl0	byte[2920]	660+	yes	string[40]	array of airfoil names, per part
acf_Rafl1	byte[2920]	660+	yes	string[40]	file, not path
acf_Tafl0	byte[2920]	660+	yes	string[40]	file, not path
acf_Tafl1	byte[2920]	660+	yes	string[40]	file, not path
acf_els	int[56]	660+	yes	???	[WING]
acf_Xarm	float[10]	660+	yes	???	[GEAR]
acf_Yarm	float[10]	660+	yes	???	[GEAR]
acf_Zarm	float[10]	660+	yes	???	[GEAR]
acf_X_body_aero	float[95]	660+	yes	???	[PART] body aero center offset from it’s reference
acf_Y_body_aero	float[95]	660+	yes	???	[PART] used for force build-up
acf_Z_body_aero	float[95]	660+	yes	???	[PART]
acf_Croot	float[56]	660+	yes	???	[WING]
acf_Ctip	float[56]	660+	yes	???	[WING]
acf_dihed1	float[56]	660+	yes	???	[WING]
acf_sweep1	float[56]	660+	yes	???	[WING]
acf_sweep2	float[56]	660+	yes	???	[WING]
acf_sweepnow	float[56]	660-999	yes	???	[WING]
acf_varsweepEQ	int	700-832	yes	???	NOTE : This used to be i57 in v6 – eliminated in 832 – now per-wing
acf_semilen_SEG	float[56]	660+	yes	???	[WING] semilen this segment only
acf_semilen_JND	float[56]	660+	yes	???	[WING] semilen of the JOINED wing segments, all JOINED SEGMENTS, for AR and CDi and ground effect, etc.
acf_e	float[56]	660+	yes	???	[WING] Oswald’s E
acf_AR	float[56]	660+	yes	???	[WING]
acf_al_D_al0	float[56]	660-922	yes	???	[WING]
acf_cl_D_cl0	float[56]	660-922	yes	???	[WING]
acf_cm_D_cm0	float[56]	660-922	yes	???	[WING]
acf_delta_fac	float[56]	660+	yes	???	[WING]
acf_spec_wash	float[56]	660-922	yes	???	[WING]
acf_alpha_max	float[56]	660-922	yes	???	[WING]
acf_slat_effect	float[56]	660-1105	yes	???	[WING]
acf_s	float[730]	660+	yes	???	s for each element for foils, and FRONT, SIDE, TOP for BODIES.
acf_mac	float[730]	660+	yes
acf_anginc	float[73][10]	660+	yes	???	???
acf_flapEQ	int	660+	yes
acf_slatEQ	int	660+	yes
acf_sbrkEQ	int	660+	yes
acf_ail1	float[73][10]	660+	yes	???	???
acf_ail2	float[73][10]	660+	yes	???	???
acf_splr	float[73][10]	660+	yes	???	???
acf_flap	float[73][10]	660+	yes	???	???
acf_flap2	float[73][10]	800+	yes	???	???
acf_slat	float[73][10]	660+	yes	???	???
acf_sbrk	float[73][10]	660+	yes	???	???
acf_drud	float[73][10]	660+	yes	???	???
acf_elev	float[73][10]	660+	yes	???	???
acf_rudd	float[73][10]	660+	yes	???	???
acf_rudd2	float[73][10]	800+	yes	???	???
acf_in_downwash	int[53290]	660-922	yes
acf_body_r	float[95]	660+	yes	meters	[PART] Radius of part
acf_gear_type	int[10]	660+	yes
acf_gear_latE	float[10]	660+	yes
acf_gear_lonE	float[10]	660+	yes
acf_gear_axiE	float[10]	660+	yes	???	extended
acf_gear_latR	float[10]	660+	yes
acf_gear_lonR	float[10]	660+	yes
acf_gear_axiR	float[10]	660+	yes	???	retracted
acf_gear_latN	float[10]	660+	yes
acf_gear_lonN	float[10]	660+	yes
acf_gear_axiN	float[10]	660+	yes	???	now
acf_gear_leglen	float[10]	660+	yes	???	gear param
acf_gear_tirrad	float[10]	660+	yes	???	gear param
acf_gearcon	float[10]	660+	yes	???	gear param
acf_geardmp	float[10]	660+	yes	???	gear param
acf_gearstatdef	float[10]	660+	yes	???	static deflection… the gear TIRE LOCATION IS OFFSET DOWN BY THIS MUCH IN X-PLANE since people ALWAYS enter gear location UNDER STATIC DEFLECTION!
acf_gear_def	float[10]	660-730	yes	???	current deflection
acf_gear_deploy	float[10]	660+	yes	???	landing gear deployment, 0.0->1.0
acf_gear_xnodef	float[10]	660+	yes	meters	x location of the Nth gear’s attach point relative to the CG, airplane coordinates. This does not change as gear is raised.
acf_gear_ynodef	float[10]	660+	yes	meters	y location of the Nth gear’s attach point relative to the CG, airplane coordinates. This does not change as gear is raised.
acf_gear_znodef	float[10]	660+	yes	meters	z location of the Nth gear’s attach point relative to the CG, airplane coordinates. This does not change as gear is raised.

sim/aircraft/bodies/

acf_fuse_cd	float	660+	yes	???	cd for fuselage
acf_fuse_cd_array	float[95]	820+	yes	???	[PART] cd for all parts

sim/aircraft/controls/

acf_ail1_crat	float	660+	yes
acf_ail1_up	float	660+	yes
acf_ail1_dn	float	660+	yes
acf_RSC_mingov_prp	float	930+	yes	rad/sec	Minimum prop speed with governor on, radians/second
acf_RSC_idlespeed_prp	float	660+	yes	rad/sec	Prop idle speed radians/second
acf_RSC_redline_prp	float	660+	yes	rad/sec	Max prop speed radians/second
acf_ail2_crat	float	660+	yes
acf_ail2_up	float	660+	yes
acf_ail2_dn	float	660+	yes
acf_RSC_mingreen_prp	float	660+	yes
acf_RSC_maxgreen_prp	float	660+	yes
acf_elev_crat	float	660+	yes
acf_elev_up	float	660+	yes
acf_elev_dn	float	660+	yes
acf_trq_max_eng	float	660+	yes	newtonmeters	????
acf_trq_max_prp	float	660+	yes	newtonmeters	NOTE : This is now the same as acf_trq_max_en in v7
acf_rudd_crat	float	660+	yes
acf_rudd_lr	float	660+	yes
acf_rudd_rr	float	963+	yes
acf_rud2_crat	float	800+	yes
acf_rud2_lr	float	800+	yes
acf_rud2_rr	float	963+	yes
acf_splr_crat	float	660+	yes
acf_splr_up	float	660+	yes
acf_sbrk_crat	float	660+	yes
acf_sbrk2_crat	float	963+	yes
acf_sbrk_up	float	660+	yes
acf_sbrk2_up	float	963+	yes
acf_flap_crat	float	660+	yes
acf_flap2_crat	float	660+	yes
acf_flap_dn	float[10]	660+	yes
acf_flap2_dn	float[10]	800+	yes
acf_hstb_trim_up	float	660+	yes	degrees	This is the maximum degrees deflection up for a horizontal stabilizer that moves during trim
acf_hstb_trim_dn	float	660+	yes	degrees	This is the maximum degrees deflection down for a horizontal stabilizer that moves during trim
acf_flap_type	float	660+	yes
acf_flap2_type	float	800+	yes
acf_con_smooth	float	660-1129	yes
acf_flap_cl	float	660+	yes
acf_flap_cd	float	660+	yes
acf_flap_cm	float	660+	yes
acf_flap2_cl	float	800+	yes
acf_flap2_cd	float	800+	yes
acf_flap2_cm	float	800+	yes
acf_flap_detents	int	660+	yes
acf_flap_deftime	float	660+	yes
acf_slat_inc	float	660+	yes
acf_blown_flap_add_speed	float	660-840	yes
acf_blown_flap_throt_red	float	660-1099	yes
acf_blown_flap_min_engag	float	660+	yes
acf_takeoff_trim	float	825+	yes	[-1..1]	This is the trim position for takeoff expressed as a ratio, 1 = max up trim, -1 = max down trim.
acf_min_trim_elev	float	825+	yes	[0..1]	Maximum nose-down trim, expressed as a ratio of maximum nose-down elevator deflection
acf_max_trim_elev	float	825+	yes	[0..1]	Maximum nose-up trim, expressed as a ratio of maximum nose-up elevator deflection
acf_elev_trim_speedrat	float	825+	yes	ratio	This is the speed of trim time, expressed as a ratio, where 1.0 means it takes 20 seconds to fully move trim from one extreme to the other. 2.0 means trim is twice as fast.
acf_elev_tab	float	825+	yes	[-1..1]	This is the amount of elevator deflection (as a ratio of max) induced by the aerodynamic effect of static trim tabs.
acf_min_trim_ailn	float	825+	yes	[0..1]	Maximum aileron downward trim, expressed as a ratio of maximum aileron downward travel
acf_max_trim_ailn	float	825+	yes	[0..1]	Maximum aileron upward trim, expressed as a ratio of maximum aileron upward travel
acf_ailn_trim_speedrat	float	825+	yes	ratio	This is the speed of trim time, expressed as a ratio, where 1.0 means it takes 20 seconds to fully move trim from one extreme to the other. 2.0 means trim is twice as fast.
acf_ailn_tab	float	825+	yes	[-1..1]	This is the amount of aileron deflection (as a ratio of max) induced by the aerodynamic effect of static trim tabs.
acf_min_trim_rudd	float	825+	yes	[0..1]	Maximum rudder left trim, expressed as a ratio of maximum rudder left travel
acf_max_trim_rudd	float	825+	yes	[0..1]	Maximum rudder right trim, expressed as a ratio of maximum rudder right travel
acf_rudd_trim_speedrat	float	825+	yes	ratio	This is the speed of trim time, expressed as a ratio, where 1.0 means it takes 20 seconds to fully move trim from one extreme to the other. 2.0 means trim is twice as fast.
acf_rudd_tab	float	825+	yes	[0..1]	This is the amount of rudder deflection (as a ratio of max) induced by the aerodynamic effect of static trim tabs.
acf_elev_def_time	float	1000+	yes	secs	Enter 0.0 to be able to deflect the controls as fast as the pilot can move the stick or the art stab system can command a deflection. If the plane has a hydraulic system and a max rate of control deflection, though, enter how long it takes to go from center to fully-deflected.
acf_ailn_def_time	float	1000+	yes	secs	Enter 0.0 to be able to deflect the controls as fast as the pilot can move the stick or the art stab system can command a deflection. If the plane has a hydraulic system and a max rate of control deflection, though, enter how long it takes to go from center to fully-deflected.
acf_rudd_def_time	float	1000+	yes	secs	Enter 0.0 to be able to deflect the controls as fast as the pilot can move the stick or the art stab system can command a deflection. If the plane has a hydraulic system and a max rate of control deflection, though, enter how long it takes to go from center to fully-deflected.
acf_elev_trim_time	float	1000+	yes	secs	This is the total time taken for the elevator trim to go from one extreme to the other.
acf_ailn_trim_time	float	1000+	yes	secs	This is the total time taken for the aileron trim to go from one extreme to the other.
acf_rudd_trim_time	float	1000+	yes	secs	This is the total time taken for the rudder trim to go from one extreme to the other.
acf_speedbrake_ext_time	float	1000+	yes	secs	Speedbrake time to extend.
acf_speedbrake_ret_time	float	1000+	yes	secs	Speedbrake time to retract.

sim/aircraft/gear/

acf_gear_retract	int	660+	yes	bool	Are any of the gear on this plane retractable. We strongly recommend you DO NOT write to this dataref.
acf_is_taildragger	int	660-730	yes
acf_gear_is_skid	int	660+	yes
acf_nw_steerdeg1	float	660+	yes
acf_nw_steerdeg2	float	660+	yes
acf_nw_cutoff_speed	float	660-1099	yes
acf_water_rud_longarm	float	660+	yes
acf_water_rud_area	float	660+	yes
acf_water_rud_maxdef	float	660+	yes
acf_h_eqlbm	float	660+	yes
acf_the_eqlbm	float	660+	yes
acf_gear_door_typ	int[20]	660-1099	yes	???	gear door type
acf_gear_door_area	float[20]	660-1099	yes	???	gear door area
acf_gear_door_loc	float[20][3]	660-1099	yes	???	door location (for reference-point of door) [20×3]
acf_gear_door_geo	float[20][4]	660-1099	yes	1	veh[p0].door[N].geo[N2][N3][N4]
acf_gear_door_nrm	float[20][4]	660-1099	yes	1	veh[p0].door[N].nrm[N2][N3][N4]
acf_gear_door_axi_rot	float[20]	660-1099	yes	???	door axis of rotation (heading of axis)
acf_gear_door_ext_ang	float[20]	660-1099	yes	???	door extended angle
acf_gear_door_ret_ang	float[20]	660-1099	yes	???	door retracted angle
acf_gear_door_ang_now	float[20]	660+	yes	???	door current angle, not in flite since it is geo and this is a nice place to keep all the door geo.
acf_gear_door_inn_s1	float[20]	660-1099	yes	???	???
acf_gear_door_out_s1	float[20]	660-1099	yes	???	???
acf_gear_door_inn_t1	float[20]	660-1099	yes	???	???
acf_gear_door_out_t1	float[20]	660-1099	yes	???	???
acf_gear_door_inn_s2	float[20]	660-1099	yes	???	???
acf_gear_door_out_s2	float[20]	660-1099	yes	???	???
acf_gear_door_inn_t2	float[20]	660-1099	yes	???	???
acf_gear_door_out_t2	float[20]	660-1099	yes	???	???

sim/aircraft/weight/

acf_cgY	float	660-1099	yes	meters	This is the current reference point for the plane, relative to the default CG. Pretty much always 0.
acf_cgZ	float	660-1099	yes	meters	This is the current reference point for the plane, relative to the default CG. Pretty much always 0.
acf_cgY_original	float	660+	no	feet	This is the ORIGINAL reference point in PM in _feet_.
acf_cgZ_original	float	660+	no	feet	This is the ORIGINAL reference point in PM in _feet_.
acf_Jxx_unitmass	float	660+	yes
acf_Jyy_unitmass	float	660+	yes
acf_Jzz_unitmass	float	660+	yes
acf_m_empty	float	660+	yes
acf_m_displaced	float	660+	yes
acf_m_max	float	660+	yes
acf_m_fuel_tot	float	660+	yes	lbs	Weight of total fuel – appears to be in lbs.
acf_m_jettison	float	660+	yes
acf_m_displaced_y	float	660+	yes

sim/aircraft/specialcontrols/

acf_jato_theta	float	660+	yes
acf_jato_thrust	float	660+	yes
acf_jato_dur	float	660+	yes
acf_jato_sfc	float	660+	yes
acf_jato_Y	float	660+	yes
acf_jato_Z	float	660+	yes
acf_brake_area	float	660-799	yes
acf_brake_Y	float	660-799	yes
acf_brake_Z	float	660-799	yes
acf_chute_area	float	660+	yes
acf_chute_Y	float	660+	yes
acf_chute_Z	float	660+	yes
acf_ail1pitch	float	660+	yes
acf_ail1flaps	float	660+	yes
acf_ail2pitch	float	660+	yes
acf_ail2flaps	float	660+	yes
acf_stabroll	float	660+	yes
acf_stabhdng	float	660+	yes
acf_ail2vmax	float	660-860	yes
acf_tvec_ptch	float	660+	yes
acf_tvec_roll	float	660+	yes
acf_tvec_hdng	float	660+	yes
acf_diff_thro_with_hdng	float	660+	yes
acf_arrestingEQ	int	660-1129	yes
acf_antiiceEQ	int	660-1129	yes
acf_tks_cap_liter	float	1130+	yes
acf_warn1EQ	int	660+	yes
acf_gearhornEQ	int	660+	yes
acf_autosbrkEQ	int	660+	yes
acf_autofbrkEQ	int	660+	yes
acf_autosweepEQ	int	660+	yes
acf_autoslatEQ	int	660+	yes

sim/aircraft/vtolcontrols/

acf_vectEQ	int	660+	yes
acf_vectarmZ	float	660+	yes
acf_cyclic_elev	float	660+	yes
acf_cyclic_ailn	float	660+	yes
acf_delta3	float	660+	yes
acf_puffL	float	660+	yes
acf_puffM	float	660+	yes
acf_puffN	float	660+	yes
acf_tail_with_coll	float	660+	yes
acf_diff_coll_with_roll	float	660+	yes
acf_diff_coll_with_hdng	float	660+	yes
acf_diff_cycl_with_hdng_lon	float	660+	yes
acf_auto_rpm_with_tvec	int	660+	yes
acf_rotor_trim_max_fwd	float	660+	yes	degrees	max rotor trim aft when stick fully forward
acf_rotor_trim_max_aft	float	660+	yes	degrees	max rotor trim aft when stick fully aft

sim/aircraft/artstability/

acf_AShiV	float	660+	yes
acf_ASloV	float	660+	yes
acf_ASmaxp_lo	float	660+	yes
acf_ASp_lo_rate	float	660+	yes
acf_ASmaxp_hi	float	660+	yes
acf_ASp_hi_pos	float	660+	yes
acf_ASmaxh_lo	float	660+	yes
acf_ASh_lo_rate	float	660+	yes
acf_ASmaxh_hi	float	660+	yes
acf_ASh_hi_pos	float	660+	yes
acf_ASmaxr_lo	float	660+	yes
acf_ASr_lo_rate	float	660+	yes
acf_ASmaxr_hi	float	660+	yes
acf_ASr_hi_rate	float	660+	yes
acf_has_clutch	int	660+	yes
acf_has_idlespeed	int	660-931	yes

sim/aircraft/overflow/

acf_element_len	float[56]	660-999	yes	???	[WING] length of each element… quicker to find once and use over and over when finding element locs.
acf_gear_door_size	float	660-999	yes	???	size of gear-door editing region
acf_stab_delinc_to_Vne	float	660+	yes	degree	amount the stab moves in trim automatically as you go to redline (zero at zero airspeed)
acf_Vmca	float	660+	yes
acf_Vyse	float	660+	yes	???	v-speeds
acf_flap_arm	float	660+	yes	???	flapping hinge arm
acf_cgZ_fwd	float	660+	yes
acf_cgZ_aft	float	660+	yes	???	cg limits
acf_gear_cyc_time	float[10]	660+	yes	???	gear cycle time… different for different gear in some cases, NOTE : This used to be f5 in v6
acf_refuel_X	float	660+	yes
acf_refuel_Y	float	660+	yes
acf_refuel_Z	float	660+	yes	???	refueling port location
acf_gear_steers	int[10]	660+	no	???	this gear turns with rudder input – writable until v10
acf_hybrid_gear	int	660-730	yes	???	this is an indication that we have skids on a plane (legit use is tailskid on a jet, etc), NOTE : This used to be b1 in v6
acf_vardihedEQ	int	660-732	yes	???	variable dihedral, NOTE : This used to be i57 in v6 – eliminated in 840 – now per wing
acf_dihed2	float[56]	660+	yes	???	[WING] variable dihedral
acf_dihednow	float[56]	660-999	yes	???	[WING] variable dihedral
jett_X	float	700+	yes
jett_Y	float	700+	yes
jett_Z	float	700+	yes
acf_puffX	float	660+	yes
acf_puffY	float	660+	yes
acf_puffZ	float	660+	yes	???	manuevering rocket forces
acf_Vle	float	660+	yes	???	Vle
acf_ASp_hi_rate	float	660+	yes
acf_ASh_hi_rate	float	660+	yes	???	astab stuff i should have had in there the first time!
acf_spooltime_prop	float	660-902	yes	???	turboprops have some spool time as well!
acf_elevflaps	float	660+	yes	???	elevator align with flaps
acf_tank_X	float[9]	660+	yes	???	fuel tank locations – was dim 3 in XP8 and earlier
acf_tank_Y	float[9]	660+	yes	???	fuel tank locations – was dim 3 in XP8 and earlier
acf_tank_Z	float[9]	660+	yes	???	fuel tank locations – was dim 3 in XP8 and earlier
acf_tank_rat	float[9]	660+	yes	???	fuel tank ratio per tank — was dim 3 in xp 8 and earlier
acf_stall_warn_alpha	float	660+	yes	???	alpha of stall warning… user must specify since warning different for different planes.
acf_mass_shift	float	660+	yes	???	hang-gliders and wright gliders
acf_mass_shift_dx	float	660+	yes	???	hang-gliders and wright gliders
acf_mass_shift_dz	float	660+	yes	???	hang-gliders and wright gliders
acf_feathered_pitch	float	660+	yes	???	let people decide feathered pitch to get right for their plane.
acf_ASmaxg_hi	float	660+	yes	???	astab stuff I should have had in there the first time!
acf_ASg_hi_pos	float	660+	yes
acf_ASg_hi_rate	float	660+	yes	???	astab stuff I should have had in there the first time!
acf_wing_tilt_ptch	float	660+	yes	???	wing-tilt steering
acf_wing_tilt_roll	float	660+	yes	???	wing-tilt steering
acf_max_press_diff	float	660+	yes	pascals	max pressurization of the fuselage
acf_o2_bottle_cap_liters	int	1130+	yes	liters	capacity of the crew oxygen reserve
acf_diff_coll_with_ptch	float	660+	yes	???	used by x-19
acf_flap_roll	float	660+	yes
acf_flap_ptch	float	660+	yes	???	flap actuation… like for really high-lift guys still manuevering at low speeds.
acf_lift_fan_rat	float	660-806	yes	???	lift fan
acf_diff_cycl_with_hdng_lat	float	660+	yes	???	ch-47 chinook performance
acf_phase_tvect_out_at_90	int	660+	yes	???	phase thrust-vectoring maneuvering in as we go from 90 to 0, going from hover with puffers to f-22 dogfight
acf_roll_co	float	660+	yes
acf_brake_co	float	660+	yes	???	rolling and braking
acf_drive_by_wire	int	660+	yes	???	engine always runs at optimum mixture… like FADEC or auto conversions.
acf_is_glossy	int	660+	yes	???	plane has specularity lighting.
acf_num_tanks	int	660+	yes	count	number fuel tanks – as of 860, all planes have 9 tanks and ratios for each – ratio of 0.0 means tank is not used
acf_has_refuel	int	660+	yes	???	refueling port
acf_draw_geo_frnt_views	int	660-999	yes	???	draw craft geo in front views… turn off to save frame-rate for airliners
acf_draw_geo_side_views	int	660-999	yes	???	draw craft geo in side views… WARNING: probably ot a good idea to mod these datarefs!
acf_jett_is_slung	int	660+	yes	???	jettisonable load is slung now
acf_eng_mass	float[8]	660+	yes	???	mass of each engine for distribution and loss on engine separation. NOTE : This used to be f57 in v6
acf_phase_tvect_out_at_00	int	660+	yes	???	phase thrust-vectoring maneuvering out as we go from 90 to 0 deg tvec, going from maneuver-to-hover to regular thrust
acf_auto_trimEQ	int	660+	yes	boolean	auto-trim out any flight loads… numerous planes have this.
acf_has_DC_fd	int	660+	yes	???	has dual-cue flight-dir
acf_flaps_with_gearEQ	int	660+	yes	???	the Jatviggen does flaps with gear automatically
acf_rev_on_touchdown	int	660+	yes	???	viggen does this!
acf_flaps_with_vecEQ	int	660+	yes	???	bring in the flaps with thrust vector
acf_blow_all_controls	int	660-840	yes	???	blow all the flight controls for low-speed handling
acf_warn2EQ	int	660+	yes	???	bitchin betty 2… for fighters
acf_num_thrustpoints	int	660+	no	???	number props can be different than number of engines – * This can crash Xplane, use at your own risk. Not writeable in v10.
acf_props_linked	int	660-840	yes	???	link the props for the VTOLs and helos
acf_Xwpn_att	float[24]	660-1099	yes
acf_Ywpn_att	float[24]	660-1099	yes
acf_Zwpn_att	float[24]	660-1099	yes
acf_cus_rnd_use	int[50]	660+	yes
acf_cus_rnd_lo_val	float[50]	660+	yes
acf_cus_rnd_hi_val	float[50]	660+	yes
acf_cus_rnd_lo_ang	float[50]	660+	yes
acf_cus_rnd_hi_ang	float[50]	660+	yes
acf_has_nav	int[6]	660-730	yes	???	what nav systems the plane has for setting up the otto
acf_has_radar	int	660-999	yes
acf_has_beta	int	660+	yes
acf_cus_rnd_mirror	int[50]	660+	yes	???	mirror the angles on even-number engines on the twins
acf_cus_rnd_label	int[50]	660+	yes	???	draw labels on the instruments… many do not label the scales, only draw digital numbers.
acf_cus_dig_use	int[50]	660+	yes
acf_cus_dig_offset	float[50]	660+	yes
acf_cus_dig_scale	float[50]	660+	yes
acf_cus_dig_dig	int[50]	660+	yes
acf_cus_dig_dec	int[50]	660+	yes
acf_inc_ail	float[73][10]	660+	yes	???	???
acf_inc_ail2	float[73][10]	700+	yes	???	???
acf_inc_vec	float[73][10]	700+	yes	???	???
acf_tow_hook_Y	float	660+	yes
acf_tow_hook_Z	float	660+	yes
acf_win_hook_Y	float	660+	yes
acf_win_hook_Z	float	660+	yes
acf_nosewheel_k	float	660+	yes	???	tail wheel spring constant (per degree offset from centered)
acf_vectarmY	float	660+	yes	???	prop needs offset in z and y from the pivot point… z for V-22, y for motorgliders
acf_hide_prop_at_90_vect	int	660+	yes	???	for those motorgliders or prop/jet combos or what have you that hide their props when not in use
acf_has_FMS	int	850-931	yes	???	Aircraft has FMS
acf_has_APU_switch	int	850-1099	yes	???	Aircraft has APU
acf_has_full_bleed_air	int	850-1099	no	???	Aircraft has Full Bleed Air (writable in v9, not v10)
acf_has_ignition	int	850-931	yes	???	Aircraft has Ignition
acf_has_cowl_handle	int	850-931	yes	???	Aircraft has Cowl Handle
acf_has_fuel_all	int	850+	yes	???	Aircraft has option to draw from any tank
acf_has_fuel_any	int	850+	yes	boolean	Aircraft has Fuel selector
acf_has_radios	int	920-931	yes	???	Aircraft has Radios
has_tail_beac	int	861-999	yes	???	???
has_hsi	int	861+	yes	???	???
has_radalt	int	861-999	yes	???	???
has_FADEC_switch	int	861-899	yes	???	???
has_kts_mac	int	861-999	yes	???	???
has_yawdamp_but	int	861+	yes	???	???
has_crosstie_but	int	861-899	yes	???	???
has_HUD_pwr	int	900-999	yes	???	???
has_litemap_tex_2	int	861+	yes	???	???
has_bat_switch	int	861-931	yes	???	???
has_gen_switch	int	861-931	yes	???	???
has_inv_switch	int	861-931	yes	???	???
has_transonic_audio	int	861+	yes	???	???
has_pre_rotate	int	861+	yes	???	???
has_wpn_sel_ins	int	900-999	yes	???	???
SFC_alt_lo_PRP	float	940+	yes	meters	???
SFC_half_lo_PRP	float	940+	yes	???	???
SFC_full_lo_PRP	float	940+	yes	???	???
SFC_alt_hi_PRP	float	940+	yes	meters	???
SFC_half_hi_PRP	float	940+	yes	???	???
SFC_full_hi_PRP	float	940+	yes	???	???
ff_rat_idle_PRP	float	940+	yes	ratio	???
SFC_alt_lo_JET	float	940+	yes	meters	???
SFC_half_lo_JET	float	940+	yes	???	???
SFC_full_lo_JET	float	940+	yes	???	???
SFC_alt_hi_JET	float	940+	yes	meters	???
SFC_half_hi_JET	float	940+	yes	???	???
SFC_full_hi_JET	float	940+	yes	???	???
ff_rat_idle_JET	float	940+	yes	ratio	???

sim/aircraft/systems/

fdir_needed_to_engage_servos

int

940+

yes

boolean

If this is true, commands to engage the AP servos will be ignored if the FD is not on.

sim/airfoils/

afl_clB	float[56][2][2]	660+	yes	???	???
afl_almin_array	float[56][2][2]	700+	yes	???	???
afl_almax_array	float[56][2][2]	700+	yes	???	???
afl_re_num	float[56][2][2]	660+	yes	???	???
afl_t_rat	float[56][2]	660+	yes	???	???
afl_mach_div	float[56][2]	660+	yes	???	???
afl_clM	float[56][2][2]	660+	yes	???	???
afl_cl	float[56][2][2][721]	660+	yes	???	???
afl_cd	float[56][2][2][721]	660+	yes	???	???
afl_cm	float[56][2][2][721]	660+	yes	???	???

sim/atc/

user_aircraft_transmitting	int	1130+	no	boolean	Is the Users/P0 aircraft currently transmitting on the radio?
com1_tuned_facility	int	1130+	no	enum	The ATC facility type that the user’s aircraft is tuned to. 0=None, 1=Del, 2=Gnd, 3=Twr, 4=Tracon, 5=Ctr
com2_tuned_facility	int	1130+	no	enum	The ATC facility type that the user’s aircraft is tuned to. 0=None, 1=Del, 2=Gnd, 3=Twr, 4=Tracon, 5=Ctr
com1_active	int	1130+	no	boolean	Is the user’s COM1 radio tuned to a freq that’s actively being transmitted on by a pilot or ATC?
com2_active	int	1130+	no	boolean	Is the user’s COM1 radio tuned to a freq that’s actively being transmitted on by a pilot or ATC?
atis_enabled	int	1130+	yes	boolean	Is the ATIS system enabled? If not, no ATIS text or audio will appear even when tuned to a proper frequency.

sim/cockpit/

sim/cockpit/autopilot/

autopilot_mode	int	660+	yes	enum	The autopilot master mode (off=0, flight director=1, on=2)
airspeed_mode	int	660+	no	enum	Airspeed mode for the autopilot. DEPRECATED
heading_mode	int	660+	no	enum	Lateral navigation mode (GPS, heading, L-Nav approach). DEPRECATED
altitude_mode	int	660+	no	enum	Vertical navigation (alt hold, VVI hold, V-Nav approach). DEPRECATED
backcourse_on	int	660+	yes	boolean	Back course selection
approach_selector	int	660-700	yes	Nav1	or Nav2 approach selection
altitude	float	660+	yes	ftmsl	Altitude dialed into the AP
current_altitude	float	710+	yes	ftmsl	Currently held altitude (remembered until you hit flchg)
vertical_velocity	float	660+	yes	fpm	Vertical speed to hold
airspeed	float	660+	yes	knots_mach	Airspeed to hold, this changes from knots to a mach number
heading	float	660+	yes	degt	The heading to fly (true, legacy)
heading_mag	float	710+	yes	degm	The heading to fly (magnetic, preferred) pilot
heading_mag2	float	820+	yes	degm	The heading to fly (magnetic, preferred) copilot
airspeed_is_mach	int	660+	yes	boolean	Is our airspeed a mach number (this is writable if the panel has the button, otherwise sim controls)
flight_director_pitch	float	660+	yes	degrees	The recommended pitch from the Flight Director. Use override_flightdir
flight_director_roll	float	660+	yes	degrees	The recommended roll from the Flight Director. Use override_flightdir
autopilot_state	int	710+	yes	flags	Various autopilot engage modes, etc. See docs for flags
heading_roll_mode	int	804+	yes	enum	Bank limit – 0 = auto, 1-6 = 5-30 degrees of bank
mode_hnav	int	820+	yes	enum	Localizer mode (off, armed, engaged). DEPRECATED
mode_gls	int	820+	yes	enum	Glide-slope mode (off, armed, engaged). DEPRECATED
alt_hold_ft_fms	float	820-931	yes	???	???
syn_hold_deg	float	820+	yes	degrees	The pitch held when in pitch-hold mode.
nav_steer_deg_mag	float	940+	yes	degrees	Heading to fly in nav mode – write this when override_nav_heading is set. Useful for making a custom GPS that flies arcs.

sim/cockpit/avidyne/

lft_hil	int	820+	yes	???	???
rgt_hil	int	820+	yes	???	???
alt_hil	int	820+	yes	???	???
src	int[3]	820+	yes	???	???
hsi_mode	int	820+	yes	???	???
map_range_sel	int	820+	yes	???	???

sim/cockpit/electrical/

battery_on	int	660+	yes	bool	Is the main battery on
battery_array_on	int[8]	820+	yes	bool	Is the battery selected on
battery_EQ	int	660+	no	bool	Does this cockpit have a battery switch
avionics_on	int	660+	yes	bool	Is there power to the avionics
avionics_EQ	int	660+	yes	bool	Does this cockpit have an avionics switch
generator_on	int[8]	660+	yes	bool	Is the generator on (to charge batteries) – one for each engine
generator_EQ	int	660+	yes	bool	Does this cockpit have generator switches?
generator_apu_on	int	840+	yes	bool	Is the APU Generator on
gpu_on	int	930+	yes	bool	Is the GPU on
generator_apu_amps	float	840+	yes	amps	APU Generator amps
gpu_amps	float	930+	yes	amps	GPU Amps
HUD_on	int	660+	yes	bool	Is the HUD on
HUD_brightness	float	660+	yes	ratio	HUD brightness level (0-1)
beacon_lights_on	int	660+	yes	bool	Beacon Light
landing_lights_on	int	660+	yes	bool	Landing Light
nav_lights_on	int	660+	yes	bool	Navigation Light
strobe_lights_on	int	660+	yes	bool	Strobe Light
taxi_light_on	int	710+	yes	bool	Taxi Lights
cockpit_lights_on	int	660+	no	bool	Are cockpit lights on. (NOTE – previous docs were wrong, this is always read-only)
cockpit_lights	float	660+	yes	ratio	Cockpit light level
instrument_brightness	float	762+	yes	ratio	Instrument LED lighting level
sunglasses_on	int	762+	yes	bool	Sunglasses on?
night_vision_on	int	762+	yes	bool	Night vision goggles on?
ah_bar	float	660+	yes	???	Cockpit light rheostat – this appears to be legacy and no longer used.
battery_charge_watt_hr	float[8]	1010+	yes	watt/hours	Current charge of each of the 8 batteries in watt-hours.

sim/cockpit/engine/

inverter_on	int[2]	660+	yes	bool	Is the inverter providing power (was one per engine, now 2 max.)
inverter_eq	int	660+	yes	bool	Does this cockpit have inverter switches?
fuel_pump_on	int[8]	660+	yes	bool	Is the fuel pump on (one per engine)
fuel_pump_EQ	int	660-902	yes	bool	Does this cockpit have fuel pumps?
fadec_on	int[8]	660+	yes	bool	Is the fadec on (one per engine)
idle_speed	int[8]	660+	yes	bool	Idle speed (per engine)
fuel_tank_selector	int	660+	yes	???	Which fuel tank is open for flight
fuel_tank_transfer	int	660+	yes	???	Which fuel tank is open for transfers (destination)
fuel_tank_transfer_from	int	820+	yes	???	Which fuel tank is open for transfers (source)
ignition_on	int[8]	660+	yes	enum	ignition key position 0 = off, 1 = left, 2 = right, 3 = both
igniters_on	int[8]	660+	yes	boolean	starter ignition
starter_duration	float[8]	660+	yes	seconds	time since ignition was pressed or something
clutch_engage	int	660+	yes	???	Clutch engaged
APU_switch	int	804+	yes	enum	APU starter switch 0 = off, 1 = on, 2 = start
APU_running	int	804+	yes	boolean	APU running – 1 = on, 0 = off.
APU_N1	float	820+	yes	???	???

sim/cockpit/g430/

g430_nav_com_sel

int[2]

930+

yes

enum

enter com=0, enter_nav=1

sim/cockpit/gps/

course	float	660+	no	???	The currently programmed GPS course (true degrees)
destination_type	int	660+	no	???	The current type of navaid we’re flying to
destination_index	int	660+	no	???	The index of the navaid we’re flying to
airport_index	int	660-811	yes	???	The index of the last set airport
vor_index	int	660-811	yes	???	The index of the last set VOR
ndb_index	int	660-811	yes	???	The index of the last set NDB
fix_index	int	660-811	yes	???	The index of the last set fix

sim/cockpit/gyros/

the_vac_ind_deg	float	740+	yes	degrees	The indicated pitch on the panel for the first vacuum instrument
the_ele_ind_deg	float	740+	yes	degrees	The indicated pitch on the panel for the second vacuum instrument – dataref name is worng!
the_ind_deg3	float	850+	yes	degrees	The indicated pitch on the panel for the first elect instrument
the_ind_deg4	float	850+	yes	degrees	The indicated pitch on the panel for the second elect instrument
the_ind_vac_pilot_deg	float	1040+	yes	degrees	The indicated pitch on the panel for the pilot’s side, vacuum driven
the_ind_vac_copilot_deg	float	1040+	yes	degrees	The indicated pitch on the panel for the copilot’s side, vacuum driven
the_ind_elec_pilot_deg	float	1040+	yes	degrees	The indicated pitch on the panel for the pilot’s side, electric
the_ind_elec_copilot_deg	float	1040+	yes	degrees	The indicated pitch on the panel for the copilot’s side, electric
the_ind_ahars_pilot_deg	float	1040+	yes	degrees	The indicated pitch on the panel for the pilot’s side, AHARS
the_ind_ahars_copilot_deg	float	1040+	yes	degrees	The indicated pitch on the panel for the copilot’s side, AHARS
psi_vac_ind_degm	float	740+	yes	degrees_magnetic	The indicated heading on the panel for the first vacuum instrument
psi_ele_ind_degm	float	740+	yes	degrees_magnetic	The indicated heading on the panel for the second vacuum instrument – dataref name is worng!
psi_ind_degm3	float	850+	yes	degrees_magnetic	The indicated heading on the panel for the first elect instrument
psi_ind_degm4	float	850+	yes	degrees_magnetic	The indicated heading on the panel for the second elect instrument
psi_ind_vac_pilot_degm	float	1040+	yes	degrees_magnetic	The indicated magnetic heading on the panel for the pilot’s side, vacuum driven
psi_ind_vac_copilot_degm	float	1040+	yes	degrees_magnetic	The indicated magnetic heading on the panel for the copilot’s side, vacuum driven
psi_ind_elec_pilot_degm	float	1040+	yes	degrees_magnetic	The indicated magnetic heading on the panel for the pilot’s side, electric
psi_ind_elec_copilot_degm	float	1040+	yes	degrees_magnetic	The indicated magnetic heading on the panel for the copilot’s side, electric
psi_ind_ahars_pilot_degm	float	1040+	yes	degrees_magnetic	The indicated magnetic heading on the panel for the pilot’s side, AHARS
psi_ind_ahars_copilot_degm	float	1040+	yes	degrees_magnetic	The indicated magnetic heading on the panel for the copilot’s side, AHARS
phi_vac_ind_deg	float	740+	yes	degrees	The indicated roll on the panel for the first vacuum instrument
phi_ele_ind_deg	float	740+	yes	degrees	The indicated roll on the panel for the second vacuum instrument – dataref name is worng!
phi_ind_deg3	float	850+	yes	degrees	The indicated roll on the panel for the first elect instrument
phi_ind_deg4	float	850+	yes	degrees	The indicated roll on the panel for the second elect instrument
phi_ind_vac_pilot_deg	float	1040+	yes	degrees	The indicated roll on the panel for the pilot’s side, vacuum driven
phi_ind_vac_copilot_deg	float	1040+	yes	degrees	The indicated roll on the panel for the copilot’s side, vacuum driven
phi_ind_elec_pilot_deg	float	1040+	yes	degrees	The indicated roll on the panel for the pilot’s side, electric
phi_ind_elec_copilot_deg	float	1040+	yes	degrees	The indicated roll on the panel for the copilot’s side, electric
phi_ind_ahars_pilot_deg	float	1040+	yes	degrees	The indicated roll on the panel for the pilot’s side, AHARS
phi_ind_ahars_copilot_deg	float	1040+	yes	degrees	The indicated roll on the panel for the copilot’s side, AHARS
dg_drift_vac_deg	float	850+	yes	degrees	A delta between the plane’s heading and the DG for vacuum 1 powered DGs
dg_drift_vac2_deg	float	900+	yes	degrees	A delta between the plane’s heading and the DG for vacuum 2 powered DGs
dg_drift_ele_deg	float	850+	yes	degrees	A delta between the plane’s heading and the DG for electric 1 powered DGs
dg_drift_ele2_deg	float	900+	yes	degrees	A delta between the plane’s heading and the DG for electric 2 powered DGs
dg_drift_ahars_deg	float	1040+	yes	degrees	A delta between the plane’s heading and the DG for AHARS 1 powered DGs
dg_drift_ahars2_deg	float	1040+	yes	degrees	A delta between the plane’s heading and the DG for AHARS 2 powered DGs
gyr_force	float[6]	820+	yes	???	was dim 4 until 920 enums are ahrs1,ahrs2,elec1,elec2,vac1,vac2
gyr_spin	float[6]	820+	yes	???	was dim 4 until 920 enums are ahrs1,ahrs2,elec1,elec2,vac1,vac2
gyr_free_slaved	int[6]	1110+	yes	boolean	free or slaved to magnetometer, the enums are ahrs1,ahrs2,elec1,elec2,vac1,vac2
gyr_flag	int[6]	1110+	no	boolean	DG/HSI instrument for this gyro must show flag because gyro is not spinning, or magnetometer failure, or adjustment in progress
gyr_cage_ratio	float[6]	1120+	yes	ratio	attitude indicator for this gyro is caged. 0 for fully free, 1 for fully caged.

sim/cockpit/misc/

has_radar	float	660-999	no	???	Does this aircraft have weather radar?
outer_marker_lit	int	660+	no	???	Is the outer marker beacon lit right now
middle_marker_lit	int	660+	no	???	Is the middle marker beacon lit right now
inner_marker_lit	int	660+	no	???	Is the inner marker beacon lit right now
over_outer_marker	int	850+	yes	???	Are we over the outer marker beacon
over_middle_marker	int	850+	yes	???	Are we over the middle marker beacon
over_inner_marker	int	850+	yes	???	Are we over the inner marker beacon
barometer_setting	float	660+	yes	???	The pilots altimeter setting
barometer_setting2	float	820+	yes	???	The copilots altimeter setting
radio_altimeter_minimum	float	660+	yes	Feet	The decision height for the radio altimeter
show_path	float	660+	yes	???	Show our path as we fly?
vacuum	float	660+	yes	???	Vacuum Ratio
vacuum2	float	810+	yes	???	Vacuum 2 Ratio
ah_adjust	float	740+	yes	pixels	Adjustment to the artificial horizon bars (pilot)
ah_adjust2	float	850+	yes	pixels	Adjustment to the artificial horizon bars (copilot)
compass_indicated	float	860+	yes	degm	Indicated cockpit heading in magnetic degrees
hydraulic_quantity	float	902+	yes	???	Hydraulic Quantity 1
hydraulic_quantity2	float	902+	yes	???	Hydraulic Quantity 2
fan_fore	float	920-1025	yes	ratio	Speed of forward fan (0 = off, 1 = max) – controlled by EFIS-app
fan_aft	float	920-1025	yes	ratio	Speed of rear fan (0 = off, 1 = max) – controlled by EFIS-app

sim/cockpit/pressure/

bleed_air_on	int	660+	yes	bool	Bleeding air is on (legacy)
bleed_air_mode	int	804+	yes	enum	0=off,1=L,2=B,3=R,4=APU
cabin_altitude_set_m_msl	float	660+	yes	???	The desired cabin altitude (BEFORE 730 this was incorrectly int type)
cabin_vvi_set_m_msec	float	660+	yes	???	The desired cabin altitude rate change (BEFORE 730 this was incorrectly int type)
cabin_pressure_differential_psi	float	860+	yes	psi	????
cabin_altitude_actual_m_msl	float	660+	yes	???	The real cabin altitude (BEFORE 730 this was incorrectly int type). Writeable with override_pressurization
cabin_vvi_actual_m_msec	float	660+	yes	???	The real cabin altitude rate change (BEFORE 730 this was incorrectly int type). Writeable with override_pressurization
pressure_test_timeout	float	660+	yes	???	Timeout for some kind of pressure test/
max_allowable_altitude	float	660+	yes	???	Max altitude the plane can keep pressure at?
dump_all	int	820+	yes	bool	Pressure dump switch
dump_to_alt	int	820+	yes	bool	Pressure dump to altitude switch
outflow_valve	float	1120+	yes	ratio	Pressurization outflow valve ratio. 0 for fully closed, 1 for fully open. Writeable with override_pressurization

sim/cockpit/radios/

nav1_freq_hz	int	660+	yes	10Hz	The current frequency of the nav1 radio.
nav2_freq_hz	int	660+	yes	10Hz	The current frequency of the nav2 radio.
com1_freq_hz	int	660+	yes	10Hz	The current frequency of the copm1 radio.
com2_freq_hz	int	660+	yes	10Hz	The current frequency of the com2 radio.
adf1_freq_hz	int	660+	yes	10Hz	The current frequency of the first automatic direction finder.
adf2_freq_hz	int	660+	yes	10Hz	The current frequency of the second automatic direction finder.
dme_freq_hz	int	660+	yes	10Hz	The current frequency of the standalone DME receiver.
nav1_stdby_freq_hz	int	660+	yes	10Hz	The standby frequency for the radio mentioned above for flip/flop radios.
nav2_stdby_freq_hz	int	660+	yes	10Hz	The standby frequency for the radio mentioned above for flip/flop radios.
com1_stdby_freq_hz	int	660+	yes	10Hz	The standby frequency for the radio mentioned above for flip/flop radios.
com2_stdby_freq_hz	int	660+	yes	10Hz	The standby frequency for the radio mentioned above for flip/flop radios.
adf1_stdby_freq_hz	int	660+	yes	10Hz	The standby frequency for the radio mentioned above for flip/flop radios.
adf2_stdby_freq_hz	int	660+	yes	10Hz	The standby frequency for the radio mentioned above for flip/flop radios.
dme_stdby_freq_hz	int	660+	yes	10Hz	The standby frequency for the radio mentioned above for flip/flop radios. NOTE: X-Plane does not currently feature a flip-flop standalone DME instrument, but the data exists.
nav1_obs_degt	float	660+	yes	degt	The ‘obs’ heading programmed into VOR and HSI gauges that follow nav radio 1. (true: legacy)
nav2_obs_degt	float	660+	yes	degt	The ‘obs’ heading programmed into VOR and HSI gauges that follow nav radio 2. (true: legacy)
adf1_obs_card	float	660-750	yes	degt	ADF 1 (true degs, old) (Never worked, do not use)
adf2_obs_card	float	660-750	yes	degt	ADF 2 (true degs, old) (Never worked, do not use)
nav1_obs_degm	float	710+	yes	degm	The ‘obs’ heading programmed into VOR and HSI gauges that follow nav radio 1. (mag: modern) pilot
nav1_obs_degm2	float	820+	yes	degm	The ‘obs’ heading programmed into VOR and HSI gauges that follow nav radio 1. (mag: modern) copilot
nav2_obs_degm	float	710+	yes	degm	The ‘obs’ heading programmed into VOR and HSI gauges that follow nav radio 2. (mag: modern) pilot
nav2_obs_degm2	float	820+	yes	degm	The ‘obs’ heading programmed into VOR and HSI gauges that follow nav radio 2. (mag: modern) copilot
adf1_obs_card_mag	float	710-750	yes	degm	ADF 1 (mag degs, new) (Never worked, do not use)
adf2_obs_card_mag	float	710-750	yes	degm	ADF 2 (mag degs, new) (Never worked, do not use)
nav1_dir_degt	float	660+	yes	deg	The relative bearing to the beacon indicated by nav1. Set override with override_navneedles
nav2_dir_degt	float	660+	yes	deg	The relative bearing to the beacon indicated by nav2. Set override with override_navneedles
adf1_dir_degt	float	660+	yes	deg	The relative bearing to the beacon indicated by adf1. Use override_adf to stg.
adf2_dir_degt	float	660+	yes	deg	The relative bearing to the beacon indicated by adf2. Use override_adf to stg.
gps_dir_degt	float	660+	yes	deg	The relative bearing to the GPS 1 destination.
gps2_dir_degt	float	1030+	yes	deg	The relative bearing to the GPS 2 destination.
dme_dir_degt	float	660+	no	deg	The relative bearing to whatever becaon the standalone DME is programmed for.
nav1_hdef_deg	float	660-710	no	degt	The deflection from the aircraft to the tuned in course in degrees.
nav2_hdef_deg	float	660-710	no	degt	The deflection from the aircraft to the tuned in course in degrees.
gps_hdef_deg	float	660-710	no	degt	The deflection from the aircraft to the tuned in course in degrees.
nav1_hdef_dot	float	660+	yes	prcnt	The deflection from the aircraft to the tuned in course in ‘dots’ on a VOR compass – pilot. override_navneedles
nav1_hdef_dot2	float	820+	yes	prcnt	The deflection from the aircraft to the tuned in course in ‘dots’ on a VOR compass – copilot. override_navneedles
nav2_hdef_dot	float	660+	yes	prcnt	The deflection from the aircraft to the tuned in course in ‘dots’ on a VOR compass – pilot. override_navneedles
nav2_hdef_dot2	float	820+	yes	prcnt	The deflection from the aircraft to the tuned in course in ‘dots’ on a VOR compass – copilot. override_navneedles
gps_hdef_dot	float	710+	yes	prcnt	The deflection from the aircraft to the tuned in course in ‘dots’ on a VOR compass – pilot. override_gps
gps_hdef_dot2	float	820+	yes	prcnt	The deflection from the aircraft to the tuned in course in ‘dots’ on a VOR compass – copilot. override_gps
gps2_hdef_dot	float	1030+	yes	prcnt	The deflection from the aircraft to the tuned in course in ‘dots’ on a VOR compass – pilot. override_gps
gps2_hdef_dot2	float	1030+	yes	prcnt	The deflection from the aircraft to the tuned in course in ‘dots’ on a VOR compass – copilot. override_gps
nav1_vdef_deg	float	660-710	no	degt	The deflection from the aircraft to the tuned in glide slope in degrees.
nav2_vdef_deg	float	660-710	no	degt	The deflection from the aircraft to the tuned in glide slope in degrees.
gps_vdef_deg	float	710-710	yes	degt	The deflection from the aircraft to the tuned in glide slope in degrees.
nav1_vdef_dot	float	660+	yes	prcnt	The deflection from the aircraft to the tuned in glide slope in dots on an ILS gauge – pilot. override_navneedles
nav1_vdef_dot2	float	820+	yes	prcnt	The deflection from the aircraft to the tuned in glide slope in dots on an ILS gauge – copilot. override_navneedles
nav2_vdef_dot	float	660+	yes	prcnt	The deflection from the aircraft to the tuned in glide slope in dots on an ILS gauge – pilot. override_navneedles
nav2_vdef_dot2	float	820+	yes	prcnt	The deflection from the aircraft to the tuned in glide slope in dots on an ILS gauge – copilot. override_navneedles
gps_vdef_dot	float	710+	yes	prcnt	The deflection from the aircraft to the tuned in glide slope in dots on an ILS gauge – pilot. override_gps
gps_vdef_dot2	float	820+	yes	prcnt	The deflection from the aircraft to the tuned in glide slope in dots on an ILS gauge – copilot. override_gps
gps2_vdef_dot	float	1030+	yes	prcnt	The deflection from the aircraft to the tuned in glide slope in dots on an ILS gauge – pilot. override_gps
gps2_vdef_dot2	float	1030+	yes	prcnt	The deflection from the aircraft to the tuned in glide slope in dots on an ILS gauge – copilot. override_gps
nav1_fromto	int	660+	yes	enum	Whether we are heading to or from (or over) our nav1 beacon – pilot.
nav1_fromto2	int	820+	yes	enum	Whether we are heading to or from (or over) our nav1 beacon – copilot.
nav2_fromto	int	660+	yes	enum	Whether we are heading to or from (or over) our nav2 beacon – pilot.
nav2_fromto2	int	820+	yes	enum	Whether we are heading to or from (or over) our nav2 beacon – copilot.
gps_fromto	int	660+	yes	enum	Whether we are heading to or from (or over) our nav2 beacon – pilot.
gps_fromto2	int	820+	yes	enum	Whether we are heading to or from (or over) our nav2 beacon – copilot.
gps2_fromto	int	1030+	yes	enum	Whether we are heading to or from (or over) our nav2 beacon – pilot.
gps2_fromto2	int	1030+	yes	enum	Whether we are heading to or from (or over) our nav2 beacon – copilot.
nav1_CDI	int	820+	no	bool	Are we receiving an expected glide slope for nav1
nav2_CDI	int	820+	no	bool	Are we receiving an expected glide slope for nav2
nav1_dme_dist_m	float	660+	yes	nautical_miles	Our distance in nautical miles from the beacon tuned in on nav1. override_navneedles
nav2_dme_dist_m	float	660+	yes	nautical_miles	Our distance in nautical miles from the beacon tuned in on nav2. override_navneedles
adf1_dme_dist_m	float	660+	yes	nautical_miles	Our distance in nautical miles from the beacon tuned in on adf1. override_dme
adf2_dme_dist_m	float	660+	yes	nautical_miles	Our distance in nautical miles from the beacon tuned in on adf2. override_dme
gps_dme_dist_m	float	660+	yes	nautical_miles	Our distance in nautical miles from the beacon tuned in on the GPS. override_gps
gps2_dme_dist_m	float	1030+	yes	nautical_miles	Our distance in nautical miles from the beacon tuned in on the GPS. override_gps
standalone_dme_dist_m	float	660+	yes	nautical_miles	Our distance in nautical miles from the beacon tuned in on the standalone DME receiver. override_dme
nav1_dme_speed_kts	float	660+	yes	knots	Our closing speed to the beacon tuned in on nav1. override_dme
nav2_dme_speed_kts	float	660+	yes	knots	Our closing speed to the beacon tuned in on nav2. override_dme
adf1_dme_speed_kts	float	660+	yes	knots	Our closing speed to the beacon tuned in on adf1. override_dme
adf2_dme_speed_kts	float	660+	yes	knots	Our closing speed to the beacon tuned in on adf2. override_dme
gps_dme_speed_kts	float	660+	yes	knots	Our closing speed to the beacon tuned in on the GPS. override_dme
gps2_dme_speed_kts	float	1030+	yes	knots	Our closing speed to the beacon tuned in on the GPS. override_dme
standalone_dme_speed_kts	float	660+	yes	knots	Our closing speed to the beacon tuned in on the standalone DME receiver. override_dme
nav1_dme_time_secs	float	660+	yes	mins	Our time to reach the beacon tuned in on nav1. override_dme (Dataref is labeled – this has always been minutes.)
nav2_dme_time_secs	float	660+	yes	mins	Our time to reach the beacon tuned in on nav2. override_dme (Dataref is labeled – this has always been minutes.)
adf1_dme_time_secs	float	660+	yes	mins	Our time to reach the beacon tuned in on adf1. override_dme (Dataref is labeled – this has always been minutes.)
adf2_dme_time_secs	float	660+	yes	mins	Our time to reach the beacon tuned in on adf2. override_dme (Dataref is labeled – this has always been minutes.)
gps_dme_time_secs	float	660+	yes	mins	Our time to reach the beacon tuned in on the GPS 1. override_dme (Dataref is labeled – this has always been minutes.)
gps2_dme_time_secs	float	1030+	yes	mins	Our time to reach the beacon tuned in on the GPS 2. override_dme (Dataref is labeled – this has always been minutes.)
standalone_dme_time_secs	float	660+	yes	mins	Our time to reach the beacon tuned in on the standalone DME. override_dme (Dataref is labeled – this has always been minutes.)\
nav1_course_degt	float	660-860	no	degt	The localizer course for Nav1 or tuned in radial for a VOR. (True, legacy) – pilot
nav1_course_degt2	float	820-860	no	degt	The localizer course for Nav1 or tuned in radial for a VOR. (True, legacy) – copilot
nav2_course_degt	float	660-860	no	degt	The localizer course for Nav2 or tuned in radial for a VOR. (True, legacy) – pilot
nav2_course_degt2	float	820-860	no	degt	The localizer course for Nav2 or tuned in radial for a VOR. (True, legacy) – copilot
gps_course_degt	float	660-860	no	degt	The localizer course for GPS 1 or tuned in radial for a VOR (True, legacy) – pilot
gps_course_degt2	float	820-860	no	degt	The localizer course for GPS 2 or tuned in radial for a VOR (True, legacy) – copilot
nav1_course_degm	float	762+	yes	degm	The localizer course for Nav1 or tuned in radial for a VOR. (Magnetic, new) – pilot use override_navneedles
nav1_course_degm2	float	820+	yes	degm	The localizer course for Nav1 or tuned in radial for a VOR. (Magnetic, new) – copilot use override_navneedles
nav2_course_degm	float	762+	yes	degm	The localizer course for Nav2 or tuned in radial for a VOR. (Magnetic, new) – pilot use override_navneedles
nav2_course_degm2	float	820+	yes	degm	The localizer course for Nav2 or tuned in radial for a VOR. (Magnetic, new) – copilot use override_navneedles
gps_course_degtm	float	762+	yes	degm	The localizer course for GPS 1 or tuned in radial for a VOR (Magnetic, new) – pilot – use override_gps
gps_course_degtm2	float	820+	yes	degm	The localizer course for GPS 1 or tuned in radial for a VOR (Magnetic, new) – copilot – use override_gps
gps2_course_degtm	float	1030+	yes	degm	The localizer course for GPS 2 or tuned in radial for a VOR (Magnetic, new) – pilot – use override_gps
gps2_course_degtm2	float	1030+	yes	degm	The localizer course for GPS 2 or tuned in radial for a VOR (Magnetic, new) – copilot – use override_gps
nav1_slope_degt	float	660+	yes	deg	The glide slope slope for nav1. Writable with override_navneedles starting in 940.
nav2_slope_degt	float	660+	yes	deg	The glide slope slope for nav2. Writable with override_navneedles starting in 940.
gps_slope_degt	float	940+	yes	deg	The glide slope slope for the GPS 1. Writable with override_gps.
gps2_slope_degt	float	1030+	yes	deg	The glide slope slope for the GPS 2. Writable with override_gps.
gps_gp_mtr_per_dot	float	1120+	yes	meter	Baro-VNAV vertical path sensitivity in meters per dot of deflection. Writable with override_gps.
gps2_gp_mtr_per_dot	float	1120+	yes	meter	Baro-VNAV vertical path sensitivity in meters per dot of deflection. Writable with override_gps.
gps_hdef_nm_per_dot	float	1120+	yes	nautical_miles	GPS CDI sensitivity in nautical miles per dot of deflection. Writable with override_gps.
gps2_hdef_nm_per_dot	float	1120+	yes	nautical_miles	GPS CDI sensitivity in nautical miles per dot of deflection. Writable with override_gps.
transponder_code	int	660+	yes	code	Our transponder code.
transponder_id	int	660+	no	bool	Whether we are squawking ident right now.
transponder_light	int	660+	no	???	Whether the transponder is lit
transponder_brightness	float	750+	yes	ratio	Transponder light brightness ratio from 0 to 1
transponder_mode	int	710+	yes	enum	Transponder mode (off=0,stdby=1,on=2,test=3)
nav1_cardinal_dir	float	660+	yes	degm	Magnetic heading of the compass card for VOR 1 – pilot.
nav1_cardinal_dir2	float	820+	yes	degm	Magnetic heading of the compass card for VOR 1 – copilot.
nav2_cardinal_dir	float	660+	yes	degm	Magnetic heading of the compass card for VOR 2 – pilot.
nav2_cardinal_dir2	float	820+	yes	degm	Magnetic heading of the compass card for VOR 2 – copilot.
adf1_cardinal_dir	float	660+	yes	degm	Magnetic heading of the compass card for ADF 1 – pilot.
adf1_cardinal_dir2	float	820+	yes	degm	Magnetic heading of the compass card for ADF 1 – copilot.
adf2_cardinal_dir	float	660+	yes	degm	Magnetic heading of the compass card for ADF 2 – pilot.
adf2_cardinal_dir2	float	820+	yes	degm	Magnetic heading of the compass card for ADF 2 – copilot.
vac_start_time	float	660-700	yes	???	used to be used to spool gyro
vac_stop_time	float	660-700	yes	???	but now RPM is tracked
nav1_has_dme	int	660+	yes	bool	Does this nav aid have DME? Use override_dme to set
nav2_has_dme	int	660+	yes	bool	Does this nav aid have DME? Use override_dme to set
adf1_has_dme	int	660+	yes	bool	Does this adf aid have DME? Use override_dme to set
adf2_has_dme	int	660+	yes	bool	Does this adf aid have DME? Use override_dme to set
dme5_has_dme	int	820+	yes	bool	Does this adf aid have DME? Use override_dme to set
obs_mag	float	660+	yes	???	OBS (was true, mag in 710)
gear_audio_working	int	660+	yes	???	Suppresses Gear Audio
marker_audio_working	int	660+	yes	???	Suppresses Marker Audio
nav_type	int[6]	710+	no	enum	Type of NAVAID that is tuned in.
ap_src	int	820+	yes	int	autopilot source 0 is pilot, 1 is copilot
nav_com_adf_mode	int	850+	yes	int	for a multifunction receiver…0-5 for nav1,nav2,com1,com2,adf1,adf2.
gps_has_glideslope	int	930+	yes	int	does the GPS 1 provide vertical guidance? Write with override_gps
gps2_has_glideslope	int	1030+	yes	int	does the GPS 2 provide vertical guidance? Write with override_gps

sim/cockpit/switches/

DME_radio_selector	int	660+	yes	???	Which nav radio is the slaved DME connected to
DME_distance_or_time	int	660+	yes	???	Is the standalone DME showing distance or groundspeed/time
HSI_selector	int	660+	yes	???	Is the HSI showing nav1, nav2, or GPS
HSI_selector2	int	820+	yes	???	Is the HSI showing nav1, nav2, or GPS
RMI_selector	int	660+	yes	???	Is the RMI showing nav1, nav2, or GPS
RMI_selector2	int	820+	yes	???	Is the RMI showing nav1, nav2, or GPS
RMI_l_vor_adf_selector	int	660+	yes	???	Is the left side of a VOR/ADF RMI showing the VOR or ADF
RMI_l_vor_adf_selector2	int	820+	yes	???	Is the left side of a VOR/ADF RMI showing the VOR or ADF
RMI_r_vor_adf_selector	int	660+	yes	???	Is the right side of a VOR/ADF RMI showing the VOR or ADF
RMI_r_vor_adf_selector2	int	820+	yes	???	Is the right side of a VOR/ADF RMI showing the VOR or ADF
EFIS_dme_1_selector	int	660+	yes	???	Is the first EFIS DME showing nothing, dist to VOR, or dist to ADF
EFIS_dme_2_selector	int	660+	yes	???	Is the second EFIS DME showing nothing, dist to VOR, or dist to ADF
marker_panel_out	int	660+	yes	???	Settings for the marker beacon audio panel
audio_panel_out	int	660+	yes	???	Settings for the com radio audio panel. 6=com1,7=com2
anti_ice_on	int	660+	yes	bool	Is the anti-icing system on. This turns on EVERY anti-ice system.
anti_ice_inlet_heat	int	700+	yes	bool	Turns on inlet heating for engine 1
anti_ice_inlet_heat_per_enigne	int[8]	1020+	yes	bool	Turns on inlet heating – array access to all engines, up to 8. (Deprecated – use correct spelled dataref)
anti_ice_inlet_heat_per_engine	int[8]	1100+	yes	bool	Turns on inlet heating – array access to all engines, up to 8.
anti_ice_prop_heat	int	700+	yes	bool	Turns on prop heat for prop 1
anti_ice_prop_heat_per_engine	int[8]	1020+	yes	bool	Turns on prop heat – array access to all props, up to 8.
anti_ice_window_heat	int	700+	yes	bool	Turns on anti-icing fr the windshield
pitot_heat_on	int	660+	yes	bool	Is the pitot heat on
pitot_heat_on2	int	810+	yes	bool	Is the backup pitot heat on
static_heat_on	int	1120+	yes	bool	Is the static port heat on
static_heat_on2	int	1120+	yes	bool	Is the backup static port heat on
anti_ice_AOA_heat	int	815+	yes	bool	Turns on anti-icing for alpha vane heater, pilot side
anti_ice_AOA_heat2	int	1020+	yes	bool	Turns on anti-icing for alpha vane heater, copilot side
anti_ice_surf_heat	int	700+	yes	bool	Turns on surface heat on the wings
anti_ice_surf_heat_left	int	930+	yes	bool	Turns on surface heat on the left wing
anti_ice_surf_heat_right	int	930+	yes	bool	Turns on surface heat on the right wing
anti_ice_surf_boot	int	700-1129	yes	bool	Turns on the wing-surface anti-ice boot (knocks ice off I think).
anti_ice_surf_boot	int	1130+	yes	bool	Turns on the wing-surface anti-ice boot, which knocks ice off the leading edge, once a certain thickness has accumulated.
anti_ice_engine_air	float[8]	900+	yes	ratio	????
anti_ice_auto_ignite	int	700+	yes	bool	ignition source is turned on automatically on low N1 to prevent flameout
anti_ice_inert_sep	int	700-899	yes	bool	Inertial separator
ice_detect	int	840+	yes	bool	Turns on ice detect
auto_brake_settings	int	660+	yes	???	Settings for the autobrake control
auto_feather_mode	int	660+	yes	???	Settings for auto-feathering mode
auto_fea_EQ	int	660-999	yes	???	Does this plane have an auto-feather switch?
yaw_damper_on	int	660+	yes	???	Is the yaw damper on
art_stab_on	int	660+	yes	???	Is the artificial stability system on?
pre_rotating	int	660-840	yes	???	???
pre_rotate_level	int	660+	yes	???	???
parachute_on	int	660+	yes	???	Is the parachute deployed
jato_on	int	660+	yes	???	Are jatos on
prop_sync_on	int	660+	yes	???	Is prop sync on
puffers_on	int	820+	yes	???	Are puffers on
water_scoop	int	820+	yes	???	Is water scoop active
arresting_gear	int	660+	yes	???	Is the arresting gear deployed
canopy_req	int	860+	yes	???	Is the canopy handle open
dumping_fuel	int	660+	yes	???	Are we dumping fuel
tot_ener_audio	int	820+	yes	???	???
EFIS_map_mode	int	660+	yes	???	Is the moving map showing the map or another HSI
EFIS_map_submode	int	820+	yes	enum	0=app,1=vor,2=map,3=nav,4=pln specific mode of the map (or HSI)
EFIS_map_range_selector	int	660+	yes	???	The display range for the moving map
ECAM_mode	int	660+	yes	???	The display mode for the ECAM
gear_handle_status	int	660+	yes	boolean	Gear handle is up or down?
EFIFS_shows_weather	int	660+	yes	boolean	Does the EFIS display show storms/weather? – legacy – origin dataref contained a typo
EFIS_shows_weather	int	1050+	yes	boolean	Does the EFIS display show storms/weather?
EFIS_weather_alpha	float	940+	yes	ratio	Alpha level of EFIS weather from 0 to 1
EFIS_shows_tcas	int	660+	yes	boolean	Does the EFIS show other aircraft?
EFIS_shows_airports	int	660+	yes	boolean	Does the EFIS show other airports?
EFIS_shows_waypoints	int	660+	yes	boolean	Does the EFIS show waypoints?
EFIS_shows_VORs	int	660+	yes	boolean	Does the EFIS show VORs?
EFIS_shows_NDBs	int	660+	yes	boolean	Does the EFIS show NDBs?
HITS_mode	int	660-730	yes	enum	What mode is the HITS display in
argus_mode	int	660+	yes	enum	What mode is the Argus 2000 in
no_smoking	int	861+	yes	boolean	No Smoking
fasten_seat_belts	int	861+	yes	boolean	Fasten Seat Belts

sim/cockpit/warnings/

Caution and warnings are masters for annunciators by type. Master accept is lit for any warning or caution, so it is a catch-all. Use warnings/annunciators to see if the indicator is lit. Use the command-system to actuate changes to the annunciators.

ECAM_warning_on	int	660-922	yes	booelan	Is there a warning lit on the ECAM
warning_suppression_timeout	float	660-922	yes	seconds	Time when master warning goes on again (after supression)
master_caution_timeout	float	660+	yes	seconds	Time master caution will go out. (Use command-system instead of this dataref.)
master_caution_on	float	660+	yes	boolean	Master caution is enabled for being lit (because it is not pressed)
master_warning_on	float	930+	yes	boolean	Master warning is enabled for being lit (because it is not pressed)
master_accept_on	float	660+	yes	boolean	Master accept is enabled for being lit (because it is not pressed)
annunciator_test_timeout	float	660+	yes	seconds	Time annunciator test will end (use annunciator_test_pressed instead)
annunciator_test_pressed	int	930+	no	boolean	True if the annunciator test button is pressed now.
autopilot_test_all_on	int	940-940	no	boolean	All autopilot annunciators are on as part of the self test
autopilot_test_beeping	int	940+	no	boolean	The autopilot is beeping as part of its self-test
autopilot_test_modes_lit	int	941+	no	boolean	The autopilot mode lights are on as part of its self test
autopilot_test_trim_lit	int	941+	no	boolean	The autopilot trim lights are on as part of its self test
autopilot_test_ap_lit	int	941+	no	boolean	The autopilot engaged lights are on as part of their self test

sim/cockpit/warnings/annunciators/

master_caution	int	660+	yes	boolean	Master caution light on/off
master_warning	int	740+	yes	boolean	Master warning
master_accept	int	660+	yes	boolean	Master accept light on/off
autopilot_disconnect	int	660+	yes	boolean	autopilot has been disconnected
low_vacuum	int	660+	yes	boolean	low vacuum pressure
low_voltage	int	660+	yes	boolean	low battery voltage
fuel_quantity	int	660+	yes	boolean	running out of fuel
hydraulic_pressure	int	660+	yes	boolean	hydraulic pressure low
speedbrake	int	820+	yes	boolean	speedbrakes deployed
GPWS	int	820+	yes	boolean	GPWS failed
ice	int	820+	yes	boolean	ice detected
lo_rotor	int	820+	yes	boolean	low rotor speed
hi_rotor	int	820+	yes	boolean	high rotor speed
pitot_heat_off	int	900+	yes	boolean	pitot heat off
transonic	int	900+	yes	boolean	transonic
slats	int	900+	yes	boolean	slats deployed
flight_director	int	900+	yes	boolean	flight director failure
autopilot	int	900+	yes	boolean	autopilot failure
yaw_damper	int	900+	yes	boolean	yaw damper failure
fuel_pressure_low	int[8]	930+	yes	boolean	fuel pressure low – per engine
oil_pressure_low	int[8]	930+	yes	boolean	fuel pressure low – per engine
oil_temperature_high	int[8]	930+	yes	boolean	oil temperature high – per engine
generator_off	int[8]	930+	yes	boolean	generator off – per engine
chip_detected	int[8]	930+	yes	boolean	chip detected – per engine
engine_fires	int[8]	930+	yes	boolean	engine fire – per engine
igniter_on	int[8]	930+	yes	boolean	igniter on – per engine
reverser_on	int[8]	930+	yes	boolean	reverser on – per engine
burner_on	int[8]	930+	yes	boolean	burner on – per engine
inverter_off	int[2]	930+	yes	boolean	inverter off – per 2 inverters
N1_low	int[8]	930+	yes	boolean	N1 of engine is too low for AC – per engine
N1_high	int[8]	930+	yes	boolean	N1 too high – per engine
reverser_not_ready	int[8]	930+	yes	boolean	reversers not ready
ice_vane_extend	int[8]	930+	yes	boolean	ice vain extended (per engine)
ice_vane_fail	int[8]	930+	yes	boolean	ice vain failed (per engine)
bleed_air_off	int[8]	930+	yes	boolean	bleed air off (per engine)
bleed_air_fail	int[8]	930+	yes	boolean	bleed air failed (per engine)
auto_feather_arm	int[8]	930+	yes	boolean	auto feather armed (per engine)
fuel_transfer	int[9]	930+	yes	boolean	fuel transfer on (per tank)
hvac	int	930+	yes	boolean	duct overheated
battery_charge_hi	int	930+	yes	boolean	battery is charging too rapidly – may overheat
cabin_altitude_12500	int	930+	yes	boolean	cabin altitude at or above 12500
autopilot_trim_fail	int	930+	yes	boolean	autopilot trim failure
electric_trim_off	int	930+	yes	boolean	electric trim is off
crossfeed_on	int	930+	yes	boolean	crossfeed on
landing_taxi_lite	int	930+	yes	boolean	landing or taxiway light on but gear up
cabin_door_open	int	930+	yes	boolean	cabin door is open
external_power_on	int	930+	yes	boolean	external power is on
passenger_oxy_on	int	930+	yes	boolean	passenger oxygen on
brake_deice_on	int	930-1003	yes	boolean	brake de-icing on
gear_unsafe	int	930+	yes	boolean	gear is unsafe
autopilot_trim_down	int	930+	yes	boolean	autopilot trimming down
autopilot_trim_up	int	930+	yes	boolean	autopilot trimming up
autopilot_bank_limit	int	930+	yes	boolean	autopilot bank limit is turned ON, autopilot will keep bank below 12.5 degrees of bank
autopilot_soft_ride	int	930+	yes	boolean	autopilot soft ride is on
no_inverters	int	930+	yes	boolean	no inverters are on
glideslope	int	1130+	no	boolean	glideslope deviation
fuel_pressure	int	660+	yes	bitfield	fuel pressure low
oil_pressure	int	660+	yes	bitfield	oil pressure low
oil_temperature	int	660+	yes	bitfield	oil temperature too high
generator	int	660+	yes	bitfield	generators are off or broken
chip_detect	int	660+	yes	bitfield	a chip has been detected in, um, a prop or turbine?
engine_fire	int	660+	yes	bitfield	yer engines are on fire, fer cryin out loud
auto_ignition	int	660+	yes	bitfield	auto ignition ???
reverse	int	820+	yes	bitfield	reversers deployed
afterburners_on	int	900+	yes	bitfield	afterburners on
inverter	int	660+	yes	bitfield	inverters are off or broken

sim/cockpit/weapons/

guns_armed	int	660+	yes	???	Are guns armed
rockets_armed	int	660+	yes	???	Are rockets armed
missiles_armed	int	660+	yes	???	Are missiles armed
bombs_armed	int	660+	yes	???	Are bombs armed
firing_mode	int	660+	yes	???	Firing mode (single, ripple, etc. for bombs)
firing_rate	int	660+	yes	???	Firing rate (for bombs)
plane_target_index	int	660+	yes	???	Index of plane that is being targeted
chaff_time_left	float	861-1099	yes	???	???
chaff_now	int	861+	no	count	Number of rounds left in the sum of all chaff weapons on aircraft. Missing in 11.00-11.05. Writable in v10 and earlier.
chaff_max	int	861-1099	yes	???	???
flare_time_left	float	861-1099	yes	???	???
flare_now	int	861+	no	count	Number of rounds left in all flare weapons on the aircraft. Missing in 11.00-11.05. Writable in v10 and earlier.
flare_max	int	861-1099	yes	???	???
wpn_sel_console	int	861+	yes	???	INDIVIDUAL weapon selected

sim/flightmodel/

sim/flightmodel/controls/

sbrkrat	float	660+	yes	[0..1.5]	Actual speed brake deployment [0..1 = schedule for in-air, 1..1.5 = extra deployment when on ground]
flaprqst	float	660+	yes	[0..1]	Requested flap deployment, 0 = off, 1 = max
slatrqst	float	660-799	yes	ratio	Requested Slat deployment – note that in XP8 you cannot independently control slats.
tail_lock_rat	float	850+	yes	ratio	This is how locked the tail-wheel is … 0 is free castoring, 1 is locked.
ail_trim	float	660+	yes	[-1..1]	Current Aileron Trim, -1 = max left, 1 = max right
dist	float	660+	yes	meters	Distance Traveled
elv_trim	float	660+	yes	[-1..1]	Elevation Trim, -1 = max nose down, 1 = max nose up
flaprat	float	660+	yes	[0..1]	Actual flap 1 deployment ratio
flap2rat	float	660+	yes	[0..1]	Actual flap 2 deployment ratio
l_brake_add	float	660+	yes	[0..1]	Left Brake – additional braking force (
r_brake_add	float	660+	yes	[0..1]	Right Brake
lail1def	float	660+	yes	degrees	Deflection Left Aileron 1
lail2def	float	660+	yes	degrees	Deflection Left Aileron 2
rail1def	float	660+	yes	degrees	Deflection Right Aileron 1
rail2def	float	660+	yes	degrees	Deflection Right Aileron 2
ldruddef	float	660+	yes	degrees	Deflection Left Rudder
rdruddef	float	660+	yes	degrees	Deflection Right Rudder
lsplrdef	float	660+	yes	degrees	Deflection Left Spoiler
rsplrdef	float	660+	yes	degrees	Deflection Right Spoiler
ail1_def	float[56]	700+	yes	degrees	[WING] Deflection Aileron 1
ail2_def	float[56]	700+	yes	degrees	[WING] Deflection Aileron 2
splr_def	float[56]	700+	yes	degrees	[WING] Deflection Spoilers
splr2_def	float[56]	820+	yes	degrees	[WING] Deflection Spoilers 2
yawb_def	float[56]	700+	yes	degrees	[WING]
rudd_def	float[56]	700+	yes	degrees	[WING] Deflection Rudders
rudd2_def	float[56]	800+	yes	degrees	[WING] Deflection Rudders
elv1_def	float[56]	820+	yes	degrees	[WING] Deflection Elevators
elv2_def	float[56]	820+	yes	degrees	[WING] Deflection Elevators
fla1_def	float[56]	820+	yes	degrees	[WING] Deflection Flaps
fla2_def	float[56]	820+	yes	degrees	[WING] Deflection Flaps
sbrkrqst	float	660+	yes	[-0.5..1]	Speed Brake, -0.5 = armed, 0 = off, 1 = max deployment
vectrqst	float	660+	yes	[0..1]	Requested thrust vector
swdi	float	660+	yes	[0..1]	Actual wing sweep ratio
swdirqst	float	660+	yes	[0..1]	Requested sweep ratio
slatrat	float	660+	yes	[0..1]	Actual slat deployment ratio
nosewheel_steer	float	660-730	no	???	Nose Wheel Steering
parkbrake	float	660+	yes	[0..1]	Parking Brake, 1 = max
rot_trim	float	660+	yes	[-1..1]	Rotor Trim
rud_trim	float	660+	yes	[-1..1]	Rudder Trim, -1 = max left, 1 = max right
incid_rqst	float	820+	yes	[0..1]	Requested incidence
dihed_rqst	float	820+	yes	[0..1]	Requested dihedral
vect_rat	float	820+	yes	[0..1]	Actual thrust vector
incid_rat	float	820+	yes	[0..1]	Actual incidence
dihed_rat	float	820+	yes	[0..1]	Actual dihedral
tailhook_ratio	float	860+	yes	ratio	tailhook deployment ratio, 0 is up 1 is down
canopy_ratio	float	860+	yes	ratio	canopy deployment ratio, 0 is down 1 is up
wing1l_ail1def	float	850+	yes	degrees	Deflection Wing 1 Left Aileron 1
wing1l_ail2def	float	850+	yes	degrees	Deflection Wing 1 Left Aileron 2
wing1r_ail1def	float	850+	yes	degrees	Deflection Wing 1 Right Aileron 1
wing1r_ail2def	float	850+	yes	degrees	Deflection Wing 1 Right Aileron 2
wing2l_ail1def	float	850+	yes	degrees	Deflection Wing 2 Left Aileron 1
wing2l_ail2def	float	850+	yes	degrees	Deflection Wing 2 Left Aileron 2
wing2r_ail1def	float	850+	yes	degrees	Deflection Wing 2 Right Aileron 1
wing2r_ail2def	float	850+	yes	degrees	Deflection Wing 2 Right Aileron 2
wing3l_ail1def	float	850+	yes	degrees	Deflection Wing 3 Left Aileron 1
wing3l_ail2def	float	850+	yes	degrees	Deflection Wing 3 Left Aileron 2
wing3r_ail1def	float	850+	yes	degrees	Deflection Wing 3 Right Aileron 1
wing3r_ail2def	float	850+	yes	degrees	Deflection Wing 3 Right Aileron 2
wing4l_ail1def	float	850+	yes	degrees	Deflection Wing 4 Left Aileron 1
wing4l_ail2def	float	850+	yes	degrees	Deflection Wing 4 Left Aileron 2
wing4r_ail1def	float	850+	yes	degrees	Deflection Wing 4 Right Aileron 1
wing4r_ail2def	float	850+	yes	degrees	Deflection Wing 4 Right Aileron 2
wing1l_spo1def	float	850+	yes	degrees	Deflection Wing 1 Left Spoiler 1
wing1l_spo2def	float	850+	yes	degrees	Deflection Wing 1 Left Spoiler 2
wing1r_spo1def	float	850+	yes	degrees	Deflection Wing 1 Right Spoiler 1
wing1r_spo2def	float	850+	yes	degrees	Deflection Wing 1 Right Spoiler 2
wing2l_spo1def	float	850+	yes	degrees	Deflection Wing 2 Left Spoiler 1
wing2l_spo2def	float	850+	yes	degrees	Deflection Wing 2 Left Spoiler 2
wing2r_spo1def	float	850+	yes	degrees	Deflection Wing 2 Right Spoiler 1
wing2r_spo2def	float	850+	yes	degrees	Deflection Wing 2 Right Spoiler 2
wing3l_spo1def	float	850+	yes	degrees	Deflection Wing 3 Left Spoiler 1
wing3l_spo2def	float	850+	yes	degrees	Deflection Wing 3 Left Spoiler 2
wing3r_spo1def	float	850+	yes	degrees	Deflection Wing 3 Right Spoiler 1
wing3r_spo2def	float	850+	yes	degrees	Deflection Wing 3 Right Spoiler 2
wing4l_spo1def	float	850+	yes	degrees	Deflection Wing 4 Left Spoiler 1
wing4l_spo2def	float	850+	yes	degrees	Deflection Wing 4 Left Spoiler 2
wing4r_spo1def	float	850+	yes	degrees	Deflection Wing 4 Right Spoiler 1
wing4r_spo2def	float	850+	yes	degrees	Deflection Wing 4 Right Spoiler 2
wing1l_fla1def	float	850+	yes	degrees	Deflection Wing 1 Left Flap 1
wing1l_fla2def	float	850+	yes	degrees	Deflection Wing 1 Left Flap 2
wing1r_fla1def	float	850+	yes	degrees	Deflection Wing 1 Right Flap 1
wing1r_fla2def	float	850+	yes	degrees	Deflection Wing 1 Right Flap 2
wing2l_fla1def	float	850+	yes	degrees	Deflection Wing 2 Left Flap 1
wing2l_fla2def	float	850+	yes	degrees	Deflection Wing 2 Left Flap 2
wing2r_fla1def	float	850+	yes	degrees	Deflection Wing 2 Right Flap 1
wing2r_fla2def	float	850+	yes	degrees	Deflection Wing 2 Right Flap 2
wing3l_fla1def	float	850+	yes	degrees	Deflection Wing 3 Left Flap 1
wing3l_fla2def	float	850+	yes	degrees	Deflection Wing 3 Left Flap 2
wing3r_fla1def	float	850+	yes	degrees	Deflection Wing 3 Right Flap 1
wing3r_fla2def	float	850+	yes	degrees	Deflection Wing 3 Right Flap 2
wing4l_fla1def	float	850+	yes	degrees	Deflection Wing 4 Left Flap 1
wing4l_fla2def	float	850+	yes	degrees	Deflection Wing 4 Left Flap 2
wing4r_fla1def	float	850+	yes	degrees	Deflection Wing 4 Right Flap 1
wing4r_fla2def	float	850+	yes	degrees	Deflection Wing 4 Right Flap 2
wing1l_yawbdef	float	850+	yes	degrees	Deflection Wing 1 Left Yaw Brake
wing1r_yawbdef	float	850+	yes	degrees	Deflection Wing 1 Right Yaw Brake
wing2l_yawbdef	float	850+	yes	degrees	Deflection Wing 2 Left Yaw Brake
wing2r_yawbdef	float	850+	yes	degrees	Deflection Wing 2 Right Yaw Brake
wing3l_yawbdef	float	850+	yes	degrees	Deflection Wing 3 Left Yaw Brake
wing3r_yawbdef	float	850+	yes	degrees	Deflection Wing 3 Right Yaw Brake
wing4l_yawbdef	float	850+	yes	degrees	Deflection Wing 4 Left Yaw Brake
wing4r_yawbdef	float	850+	yes	degrees	Deflection Wing 4 Right Yaw Brake
hstab1_elv1def	float	850+	yes	degrees	Deflection Wing 1 Elevator 1
hstab1_elv2def	float	850+	yes	degrees	Deflection Wing 1 Elevator 2
hstab2_elv1def	float	850+	yes	degrees	Deflection Wing 2 Elevator 1
hstab2_elv2def	float	850+	yes	degrees	Deflection Wing 2 Elevator 2
vstab1_rud1def	float	850+	yes	degrees	Deflection Wing 1 Rudder 1
vstab1_rud2def	float	850+	yes	degrees	Deflection Wing 1 Rudder 2
vstab2_rud1def	float	850+	yes	degrees	Deflection Wing 2 Rudder 1
vstab2_rud2def	float	850+	yes	degrees	Deflection Wing 2 Rudder 2
mwing01_ail1def	float	850+	yes	degrees	Deflection Misc Wing 1 Aileron 1
mwing01_ail2def	float	850+	yes	degrees	Deflection Misc Wing 1 Aileron 2
mwing01_spo1def	float	850+	yes	degrees	Deflection Misc Wing 1 Spoiler 1
mwing01_spo2def	float	850+	yes	degrees	Deflection Misc Wing 1 Spoiler 2
mwing01_fla1def	float	850+	yes	degrees	Deflection Misc Wing 1 Flap 1
mwing01_fla2def	float	850+	yes	degrees	Deflection Misc Wing 1 Flap 2
mwing01_yawbdef	float	850+	yes	degrees	Deflection Misc Wing 1 Yaw Brake
mwing01_elv1def	float	850+	yes	degrees	Deflection Misc Wing 1 Elevator 1
mwing01_elv2def	float	850+	yes	degrees	Deflection Misc Wing 1 Elevator 2
mwing01_rud1def	float	850+	yes	degrees	Deflection Misc Wing 1 Rudder 1
mwing01_rud2def	float	850+	yes	degrees	Deflection Misc Wing 1 Rudder 2
mwing02_ail1def	float	850+	yes	degrees	Deflection Misc Wing 2 Aileron 1
mwing02_ail2def	float	850+	yes	degrees	Deflection Misc Wing 2 Aileron 2
mwing02_spo1def	float	850+	yes	degrees	Deflection Misc Wing 2 Spoiler 1
mwing02_spo2def	float	850+	yes	degrees	Deflection Misc Wing 2 Spoiler 2
mwing02_fla1def	float	850+	yes	degrees	Deflection Misc Wing 2 Flap 1
mwing02_fla2def	float	850+	yes	degrees	Deflection Misc Wing 2 Flap 2
mwing02_yawbdef	float	850+	yes	degrees	Deflection Misc Wing 2 Yaw Brake
mwing02_elv1def	float	850+	yes	degrees	Deflection Misc Wing 2 Elevator 1
mwing02_elv2def	float	850+	yes	degrees	Deflection Misc Wing 2 Elevator 2
mwing02_rud1def	float	850+	yes	degrees	Deflection Misc Wing 2 Rudder 1
mwing02_rud2def	float	850+	yes	degrees	Deflection Misc Wing 2 Rudder 2
mwing03_ail1def	float	850+	yes	degrees	Deflection Misc Wing 3 Aileron 1
mwing03_ail2def	float	850+	yes	degrees	Deflection Misc Wing 3 Aileron 2
mwing03_spo1def	float	850+	yes	degrees	Deflection Misc Wing 3 Spoiler 1
mwing03_spo2def	float	850+	yes	degrees	Deflection Misc Wing 3 Spoiler 2
mwing03_fla1def	float	850+	yes	degrees	Deflection Misc Wing 3 Flap 1
mwing03_fla2def	float	850+	yes	degrees	Deflection Misc Wing 3 Flap 2
mwing03_yawbdef	float	850+	yes	degrees	Deflection Misc Wing 3 Yaw Brake
mwing03_elv1def	float	850+	yes	degrees	Deflection Misc Wing 3 Elevator 1
mwing03_elv2def	float	850+	yes	degrees	Deflection Misc Wing 3 Elevator 2
mwing03_rud1def	float	850+	yes	degrees	Deflection Misc Wing 3 Rudder 1
mwing03_rud2def	float	850+	yes	degrees	Deflection Misc Wing 3 Rudder 2
mwing04_ail1def	float	850+	yes	degrees	Deflection Misc Wing 4 Aileron 1
mwing04_ail2def	float	850+	yes	degrees	Deflection Misc Wing 4 Aileron 2
mwing04_spo1def	float	850+	yes	degrees	Deflection Misc Wing 4 Spoiler 1
mwing04_spo2def	float	850+	yes	degrees	Deflection Misc Wing 4 Spoiler 2
mwing04_fla1def	float	850+	yes	degrees	Deflection Misc Wing 4 Flap 1
mwing04_fla2def	float	850+	yes	degrees	Deflection Misc Wing 4 Flap 2
mwing04_yawbdef	float	850+	yes	degrees	Deflection Misc Wing 4 Yaw Brake
mwing04_elv1def	float	850+	yes	degrees	Deflection Misc Wing 4 Elevator 1
mwing04_elv2def	float	850+	yes	degrees	Deflection Misc Wing 4 Elevator 2
mwing04_rud1def	float	850+	yes	degrees	Deflection Misc Wing 4 Rudder 1
mwing04_rud2def	float	850+	yes	degrees	Deflection Misc Wing 4 Rudder 2
mwing05_ail1def	float	850+	yes	degrees	Deflection Misc Wing 5 Aileron 1
mwing05_ail2def	float	850+	yes	degrees	Deflection Misc Wing 5 Aileron 2
mwing05_spo1def	float	850+	yes	degrees	Deflection Misc Wing 5 Spoiler 1
mwing05_spo2def	float	850+	yes	degrees	Deflection Misc Wing 5 Spoiler 2
mwing05_fla1def	float	850+	yes	degrees	Deflection Misc Wing 5 Flap 1
mwing05_fla2def	float	850+	yes	degrees	Deflection Misc Wing 5 Flap 2
mwing05_yawbdef	float	850+	yes	degrees	Deflection Misc Wing 5 Yaw Brake
mwing05_elv1def	float	850+	yes	degrees	Deflection Misc Wing 5 Elevator 1
mwing05_elv2def	float	850+	yes	degrees	Deflection Misc Wing 5 Elevator 2
mwing05_rud1def	float	850+	yes	degrees	Deflection Misc Wing 5 Rudder 1
mwing05_rud2def	float	850+	yes	degrees	Deflection Misc Wing 5 Rudder 2
mwing06_ail1def	float	850+	yes	degrees	Deflection Misc Wing 6 Aileron 1
mwing06_ail2def	float	850+	yes	degrees	Deflection Misc Wing 6 Aileron 2
mwing06_spo1def	float	850+	yes	degrees	Deflection Misc Wing 6 Spoiler 1
mwing06_spo2def	float	850+	yes	degrees	Deflection Misc Wing 6 Spoiler 2
mwing06_fla1def	float	850+	yes	degrees	Deflection Misc Wing 6 Flap 1
mwing06_fla2def	float	850+	yes	degrees	Deflection Misc Wing 6 Flap 2
mwing06_yawbdef	float	850+	yes	degrees	Deflection Misc Wing 6 Yaw Brake
mwing06_elv1def	float	850+	yes	degrees	Deflection Misc Wing 6 Elevator 1
mwing06_elv2def	float	850+	yes	degrees	Deflection Misc Wing 6 Elevator 2
mwing06_rud1def	float	850+	yes	degrees	Deflection Misc Wing 6 Rudder 1
mwing06_rud2def	float	850+	yes	degrees	Deflection Misc Wing 6 Rudder 2
mwing07_ail1def	float	850+	yes	degrees	Deflection Misc Wing 7 Aileron 1
mwing07_ail2def	float	850+	yes	degrees	Deflection Misc Wing 7 Aileron 2
mwing07_spo1def	float	850+	yes	degrees	Deflection Misc Wing 7 Spoiler 1
mwing07_spo2def	float	850+	yes	degrees	Deflection Misc Wing 7 Spoiler 2
mwing07_fla1def	float	850+	yes	degrees	Deflection Misc Wing 7 Flap 1
mwing07_fla2def	float	850+	yes	degrees	Deflection Misc Wing 7 Flap 2
mwing07_yawbdef	float	850+	yes	degrees	Deflection Misc Wing 7 Yaw Brake
mwing07_elv1def	float	850+	yes	degrees	Deflection Misc Wing 7 Elevator 1
mwing07_elv2def	float	850+	yes	degrees	Deflection Misc Wing 7 Elevator 2
mwing07_rud1def	float	850+	yes	degrees	Deflection Misc Wing 7 Rudder 1
mwing07_rud2def	float	850+	yes	degrees	Deflection Misc Wing 7 Rudder 2
mwing08_ail1def	float	850+	yes	degrees	Deflection Misc Wing 8 Aileron 1
mwing08_ail2def	float	850+	yes	degrees	Deflection Misc Wing 8 Aileron 2
mwing08_spo1def	float	850+	yes	degrees	Deflection Misc Wing 8 Spoiler 1
mwing08_spo2def	float	850+	yes	degrees	Deflection Misc Wing 8 Spoiler 2
mwing08_fla1def	float	850+	yes	degrees	Deflection Misc Wing 8 Flap 1
mwing08_fla2def	float	850+	yes	degrees	Deflection Misc Wing 8 Flap 2
mwing08_yawbdef	float	850+	yes	degrees	Deflection Misc Wing 8 Yaw Brake
mwing08_elv1def	float	850+	yes	degrees	Deflection Misc Wing 8 Elevator 1
mwing08_elv2def	float	850+	yes	degrees	Deflection Misc Wing 8 Elevator 2
mwing08_rud1def	float	850+	yes	degrees	Deflection Misc Wing 8 Rudder 1
mwing08_rud2def	float	850+	yes	degrees	Deflection Misc Wing 8 Rudder 2
mwing09_ail1def	float	850+	yes	degrees	Deflection Misc Wing 9 Aileron 1
mwing09_ail2def	float	850+	yes	degrees	Deflection Misc Wing 9 Aileron 2
mwing09_spo1def	float	850+	yes	degrees	Deflection Misc Wing 9 Spoiler 1
mwing09_spo2def	float	850+	yes	degrees	Deflection Misc Wing 9 Spoiler 2
mwing09_fla1def	float	850+	yes	degrees	Deflection Misc Wing 9 Flap 1
mwing09_fla2def	float	850+	yes	degrees	Deflection Misc Wing 9 Flap 2
mwing09_yawbdef	float	850+	yes	degrees	Deflection Misc Wing 9 Yaw Brake
mwing09_elv1def	float	850+	yes	degrees	Deflection Misc Wing 9 Elevator 1
mwing09_elv2def	float	850+	yes	degrees	Deflection Misc Wing 9 Elevator 2
mwing09_rud1def	float	850+	yes	degrees	Deflection Misc Wing 9 Rudder 1
mwing09_rud2def	float	850+	yes	degrees	Deflection Misc Wing 9 Rudder 2
mwing10_ail1def	float	850+	yes	degrees	Deflection Misc Wing 10 Aileron 1
mwing10_ail2def	float	850+	yes	degrees	Deflection Misc Wing 10 Aileron 2
mwing10_spo1def	float	850+	yes	degrees	Deflection Misc Wing 10 Spoiler 1
mwing10_spo2def	float	850+	yes	degrees	Deflection Misc Wing 10 Spoiler 2
mwing10_fla1def	float	850+	yes	degrees	Deflection Misc Wing 10 Flap 1
mwing10_fla2def	float	850+	yes	degrees	Deflection Misc Wing 10 Flap 2
mwing10_yawbdef	float	850+	yes	degrees	Deflection Misc Wing 10 Yaw Brake
mwing10_elv1def	float	850+	yes	degrees	Deflection Misc Wing 10 Elevator 1
mwing10_elv2def	float	850+	yes	degrees	Deflection Misc Wing 10 Elevator 2
mwing10_rud1def	float	850+	yes	degrees	Deflection Misc Wing 10 Rudder 1
mwing10_rud2def	float	850+	yes	degrees	Deflection Misc Wing 10 Rudder 2
mwing11_ail1def	float	850+	yes	degrees	Deflection Misc Wing 11 Aileron 1
mwing11_ail2def	float	850+	yes	degrees	Deflection Misc Wing 11 Aileron 2
mwing11_spo1def	float	850+	yes	degrees	Deflection Misc Wing 11 Spoiler 1
mwing11_spo2def	float	850+	yes	degrees	Deflection Misc Wing 11 Spoiler 2
mwing11_fla1def	float	850+	yes	degrees	Deflection Misc Wing 11 Flap 1
mwing11_fla2def	float	850+	yes	degrees	Deflection Misc Wing 11 Flap 2
mwing11_yawbdef	float	850+	yes	degrees	Deflection Misc Wing 11 Yaw Brake
mwing11_elv1def	float	850+	yes	degrees	Deflection Misc Wing 11 Elevator 1
mwing11_elv2def	float	850+	yes	degrees	Deflection Misc Wing 11 Elevator 2
mwing11_rud1def	float	850+	yes	degrees	Deflection Misc Wing 11 Rudder 1
mwing11_rud2def	float	850+	yes	degrees	Deflection Misc Wing 11 Rudder 2
mwing12_ail1def	float	850+	yes	degrees	Deflection Misc Wing 12 Aileron 1
mwing12_ail2def	float	850+	yes	degrees	Deflection Misc Wing 12 Aileron 2
mwing12_spo1def	float	850+	yes	degrees	Deflection Misc Wing 12 Spoiler 1
mwing12_spo2def	float	850+	yes	degrees	Deflection Misc Wing 12 Spoiler 2
mwing12_fla1def	float	850+	yes	degrees	Deflection Misc Wing 12 Flap 1
mwing12_fla2def	float	850+	yes	degrees	Deflection Misc Wing 12 Flap 2
mwing12_yawbdef	float	850+	yes	degrees	Deflection Misc Wing 12 Yaw Brake
mwing12_elv1def	float	850+	yes	degrees	Deflection Misc Wing 12 Elevator 1
mwing12_elv2def	float	850+	yes	degrees	Deflection Misc Wing 12 Elevator 2
mwing12_rud1def	float	850+	yes	degrees	Deflection Misc Wing 12 Rudder 1
mwing12_rud2def	float	850+	yes	degrees	Deflection Misc Wing 12 Rudder 2
mwing13_ail1def	float	850+	yes	degrees	Deflection Misc Wing 13 Aileron 1
mwing13_ail2def	float	850+	yes	degrees	Deflection Misc Wing 13 Aileron 2
mwing13_spo1def	float	850+	yes	degrees	Deflection Misc Wing 13 Spoiler 1
mwing13_spo2def	float	850+	yes	degrees	Deflection Misc Wing 13 Spoiler 2
mwing13_fla1def	float	850+	yes	degrees	Deflection Misc Wing 13 Flap 1
mwing13_fla2def	float	850+	yes	degrees	Deflection Misc Wing 13 Flap 2
mwing13_yawbdef	float	850+	yes	degrees	Deflection Misc Wing 13 Yaw Brake
mwing13_elv1def	float	850+	yes	degrees	Deflection Misc Wing 13 Elevator 1
mwing13_elv2def	float	850+	yes	degrees	Deflection Misc Wing 13 Elevator 2
mwing13_rud1def	float	850+	yes	degrees	Deflection Misc Wing 13 Rudder 1
mwing13_rud2def	float	850+	yes	degrees	Deflection Misc Wing 13 Rudder 2
mwing14_ail1def	float	850+	yes	degrees	Deflection Misc Wing 14 Aileron 1
mwing14_ail2def	float	850+	yes	degrees	Deflection Misc Wing 14 Aileron 2
mwing14_spo1def	float	850+	yes	degrees	Deflection Misc Wing 14 Spoiler 1
mwing14_spo2def	float	850+	yes	degrees	Deflection Misc Wing 14 Spoiler 2
mwing14_fla1def	float	850+	yes	degrees	Deflection Misc Wing 14 Flap 1
mwing14_fla2def	float	850+	yes	degrees	Deflection Misc Wing 14 Flap 2
mwing14_yawbdef	float	850+	yes	degrees	Deflection Misc Wing 14 Yaw Brake
mwing14_elv1def	float	850+	yes	degrees	Deflection Misc Wing 14 Elevator 1
mwing14_elv2def	float	850+	yes	degrees	Deflection Misc Wing 14 Elevator 2
mwing14_rud1def	float	850+	yes	degrees	Deflection Misc Wing 14 Rudder 1
mwing14_rud2def	float	850+	yes	degrees	Deflection Misc Wing 14 Rudder 2
mwing15_ail1def	float	850+	yes	degrees	Deflection Misc Wing 15 Aileron 1
mwing15_ail2def	float	850+	yes	degrees	Deflection Misc Wing 15 Aileron 2
mwing15_spo1def	float	850+	yes	degrees	Deflection Misc Wing 15 Spoiler 1
mwing15_spo2def	float	850+	yes	degrees	Deflection Misc Wing 15 Spoiler 2
mwing15_fla1def	float	850+	yes	degrees	Deflection Misc Wing 15 Flap 1
mwing15_fla2def	float	850+	yes	degrees	Deflection Misc Wing 15 Flap 2
mwing15_yawbdef	float	850+	yes	degrees	Deflection Misc Wing 15 Yaw Brake
mwing15_elv1def	float	850+	yes	degrees	Deflection Misc Wing 15 Elevator 1
mwing15_elv2def	float	850+	yes	degrees	Deflection Misc Wing 15 Elevator 2
mwing15_rud1def	float	850+	yes	degrees	Deflection Misc Wing 15 Rudder 1
mwing15_rud2def	float	850+	yes	degrees	Deflection Misc Wing 15 Rudder 2
mwing16_ail1def	float	850+	yes	degrees	Deflection Misc Wing 16 Aileron 1
mwing16_ail2def	float	850+	yes	degrees	Deflection Misc Wing 16 Aileron 2
mwing16_spo1def	float	850+	yes	degrees	Deflection Misc Wing 16 Spoiler 1
mwing16_spo2def	float	850+	yes	degrees	Deflection Misc Wing 16 Spoiler 2
mwing16_fla1def	float	850+	yes	degrees	Deflection Misc Wing 16 Flap 1
mwing16_fla2def	float	850+	yes	degrees	Deflection Misc Wing 16 Flap 2
mwing16_yawbdef	float	850+	yes	degrees	Deflection Misc Wing 16 Yaw Brake
mwing16_elv1def	float	850+	yes	degrees	Deflection Misc Wing 16 Elevator 1
mwing16_elv2def	float	850+	yes	degrees	Deflection Misc Wing 16 Elevator 2
mwing16_rud1def	float	850+	yes	degrees	Deflection Misc Wing 16 Rudder 1
mwing16_rud2def	float	850+	yes	degrees	Deflection Misc Wing 16 Rudder 2
mwing17_ail1def	float	850+	yes	degrees	Deflection Misc Wing 17 Aileron 1
mwing17_ail2def	float	850+	yes	degrees	Deflection Misc Wing 17 Aileron 2
mwing17_spo1def	float	850+	yes	degrees	Deflection Misc Wing 17 Spoiler 1
mwing17_spo2def	float	850+	yes	degrees	Deflection Misc Wing 17 Spoiler 2
mwing17_fla1def	float	850+	yes	degrees	Deflection Misc Wing 17 Flap 1
mwing17_fla2def	float	850+	yes	degrees	Deflection Misc Wing 17 Flap 2
mwing17_yawbdef	float	850+	yes	degrees	Deflection Misc Wing 17 Yaw Brake
mwing17_elv1def	float	850+	yes	degrees	Deflection Misc Wing 17 Elevator 1
mwing17_elv2def	float	850+	yes	degrees	Deflection Misc Wing 17 Elevator 2
mwing17_rud1def	float	850+	yes	degrees	Deflection Misc Wing 17 Rudder 1
mwing17_rud2def	float	850+	yes	degrees	Deflection Misc Wing 17 Rudder 2
mwing18_ail1def	float	850+	yes	degrees	Deflection Misc Wing 18 Aileron 1
mwing18_ail2def	float	850+	yes	degrees	Deflection Misc Wing 18 Aileron 2
mwing18_spo1def	float	850+	yes	degrees	Deflection Misc Wing 18 Spoiler 1
mwing18_spo2def	float	850+	yes	degrees	Deflection Misc Wing 18 Spoiler 2
mwing18_fla1def	float	850+	yes	degrees	Deflection Misc Wing 18 Flap 1
mwing18_fla2def	float	850+	yes	degrees	Deflection Misc Wing 18 Flap 2
mwing18_yawbdef	float	850+	yes	degrees	Deflection Misc Wing 18 Yaw Brake
mwing18_elv1def	float	850+	yes	degrees	Deflection Misc Wing 18 Elevator 1
mwing18_elv2def	float	850+	yes	degrees	Deflection Misc Wing 18 Elevator 2
mwing18_rud1def	float	850+	yes	degrees	Deflection Misc Wing 18 Rudder 1
mwing18_rud2def	float	850+	yes	degrees	Deflection Misc Wing 18 Rudder 2
mwing19_ail1def	float	850+	yes	degrees	Deflection Misc Wing 19 Aileron 1
mwing19_ail2def	float	850+	yes	degrees	Deflection Misc Wing 19 Aileron 2
mwing19_spo1def	float	850+	yes	degrees	Deflection Misc Wing 19 Spoiler 1
mwing19_spo2def	float	850+	yes	degrees	Deflection Misc Wing 19 Spoiler 2
mwing19_fla1def	float	850+	yes	degrees	Deflection Misc Wing 19 Flap 1
mwing19_fla2def	float	850+	yes	degrees	Deflection Misc Wing 19 Flap 2
mwing19_yawbdef	float	850+	yes	degrees	Deflection Misc Wing 19 Yaw Brake
mwing19_elv1def	float	850+	yes	degrees	Deflection Misc Wing 19 Elevator 1
mwing19_elv2def	float	850+	yes	degrees	Deflection Misc Wing 19 Elevator 2
mwing19_rud1def	float	850+	yes	degrees	Deflection Misc Wing 19 Rudder 1
mwing19_rud2def	float	850+	yes	degrees	Deflection Misc Wing 19 Rudder 2
mwing20_ail1def	float	850+	yes	degrees	Deflection Misc Wing 20 Aileron 1
mwing20_ail2def	float	850+	yes	degrees	Deflection Misc Wing 20 Aileron 2
mwing20_spo1def	float	850+	yes	degrees	Deflection Misc Wing 20 Spoiler 1
mwing20_spo2def	float	850+	yes	degrees	Deflection Misc Wing 20 Spoiler 2
mwing20_fla1def	float	850+	yes	degrees	Deflection Misc Wing 20 Flap 1
mwing20_fla2def	float	850+	yes	degrees	Deflection Misc Wing 20 Flap 2
mwing20_yawbdef	float	850+	yes	degrees	Deflection Misc Wing 20 Yaw Brake
mwing20_elv1def	float	850+	yes	degrees	Deflection Misc Wing 20 Elevator 1
mwing20_elv2def	float	850+	yes	degrees	Deflection Misc Wing 20 Elevator 2
mwing20_rud1def	float	850+	yes	degrees	Deflection Misc Wing 20 Rudder 1
mwing20_rud2def	float	850+	yes	degrees	Deflection Misc Wing 20 Rudder 2
wing1l_retract	int	860+	yes	boolean	Wing 1 Left Retract
wing1r_retract	int	860+	yes	boolean	Wing 1 Right Retract
wing2l_retract	int	860+	yes	boolean	Wing 2 Left Retract
wing2r_retract	int	860+	yes	boolean	Wing 2 Right Retract
wing3l_retract	int	860+	yes	boolean	Wing 3 Left Retract
wing3r_retract	int	860+	yes	boolean	Wing 3 Right Retract
wing4l_retract	int	860+	yes	boolean	Wing 4 Left Retract
wing4r_retract	int	860+	yes	boolean	Wing 4 Right Retract
hstab1_retract	int	860+	yes	boolean	Horiz Stab Left Retract
hstab2_retract	int	860+	yes	boolean	Horiz Stab Right Retract
vstab1_retract	int	860+	yes	boolean	Vert Stab 1 Retract
vstab2_retract	int	860+	yes	boolean	Vert Stab 2 Retract
mwing01_retract	int	860+	yes	boolean	Misc Wing 1 Retract
mwing02_retract	int	860+	yes	boolean	Misc Wing 2 Retract
mwing03_retract	int	860+	yes	boolean	Misc Wing 3 Retract
mwing04_retract	int	860+	yes	boolean	Misc Wing 4 Retract
mwing05_retract	int	860+	yes	boolean	Misc Wing 5 Retract
mwing06_retract	int	860+	yes	boolean	Misc Wing 6 Retract
mwing07_retract	int	860+	yes	boolean	Misc Wing 7 Retract
mwing08_retract	int	860+	yes	boolean	Misc Wing 8 Retract
mwing09_retract	int	860+	yes	boolean	Misc Wing 9 Retract
mwing10_retract	int	860+	yes	boolean	Misc Wing 10 Retract
mwing11_retract	int	860+	yes	boolean	Misc Wing 11 Retract
mwing12_retract	int	860+	yes	boolean	Misc Wing 12 Retract
mwing13_retract	int	860+	yes	boolean	Misc Wing 13 Retract
mwing14_retract	int	860+	yes	boolean	Misc Wing 14 Retract
mwing15_retract	int	860+	yes	boolean	Misc Wing 15 Retract
mwing16_retract	int	860+	yes	boolean	Misc Wing 16 Retract
mwing17_retract	int	860+	yes	boolean	Misc Wing 17 Retract
mwing18_retract	int	860+	yes	boolean	Misc Wing 18 Retract
mwing19_retract	int	860+	yes	boolean	Misc Wing 19 Retract
mwing20_retract	int	860+	yes	boolean	Misc Wing 20 Retract
wing1l_retract_now	float	860+	yes	ratio	Wing 1 Left Retract Now
wing1r_retract_now	float	860+	yes	ratio	Wing 1 Right Retract Now
wing2l_retract_now	float	860+	yes	ratio	Wing 2 Left Retract Now
wing2r_retract_now	float	860+	yes	ratio	Wing 2 Right Retract Now
wing3l_retract_now	float	860+	yes	ratio	Wing 3 Left Retract Now
wing3r_retract_now	float	860+	yes	ratio	Wing 3 Right Retract Now
wing4l_retract_now	float	860+	yes	ratio	Wing 4 Left Retract Now
wing4r_retract_now	float	860+	yes	ratio	Wing 4 Right Retract Now
hstab1_retract_now	float	860+	yes	ratio	Horiz Stab Left Retract Now
hstab2_retract_now	float	860+	yes	ratio	Horiz Stab Right Retract Now
vstab1_retract_now	float	860+	yes	ratio	Vert Stab 1 Retract Now
vstab2_retract_now	float	860+	yes	ratio	Vert Stab 2 Retract Now
mwing01_retract_now	float	860+	yes	ratio	Misc Wing 1 Retract Now
mwing02_retract_now	float	860+	yes	ratio	Misc Wing 2 Retract Now
mwing03_retract_now	float	860+	yes	ratio	Misc Wing 3 Retract Now
mwing04_retract_now	float	860+	yes	ratio	Misc Wing 4 Retract Now
mwing05_retract_now	float	860+	yes	ratio	Misc Wing 5 Retract Now
mwing06_retract_now	float	860+	yes	ratio	Misc Wing 6 Retract Now
mwing07_retract_now	float	860+	yes	ratio	Misc Wing 7 Retract Now
mwing08_retract_now	float	860+	yes	ratio	Misc Wing 8 Retract Now
mwing09_retract_now	float	860+	yes	ratio	Misc Wing 9 Retract Now
mwing10_retract_now	float	860+	yes	ratio	Misc Wing 10 Retract Now
mwing11_retract_now	float	860+	yes	ratio	Misc Wing 11 Retract Now
mwing12_retract_now	float	860+	yes	ratio	Misc Wing 12 Retract Now
mwing13_retract_now	float	860+	yes	ratio	Misc Wing 13 Retract Now
mwing14_retract_now	float	860+	yes	ratio	Misc Wing 14 Retract Now
mwing15_retract_now	float	860+	yes	ratio	Misc Wing 15 Retract Now
mwing16_retract_now	float	860+	yes	ratio	Misc Wing 16 Retract Now
mwing17_retract_now	float	860+	yes	ratio	Misc Wing 17 Retract Now
mwing18_retract_now	float	860+	yes	ratio	Misc Wing 18 Retract Now
mwing19_retract_now	float	860+	yes	ratio	Misc Wing 19 Retract Now
mwing20_retract_now	float	860+	yes	ratio	Misc Wing 20 Retract Now
wing1l_retract_max	float	860+	yes	ratio	Wing 1 Left Retract Max
wing1r_retract_max	float	860+	yes	ratio	Wing 1 Right Retract Max
wing2l_retract_max	float	860+	yes	ratio	Wing 2 Left Retract Max
wing2r_retract_max	float	860+	yes	ratio	Wing 2 Right Retract Max
wing3l_retract_max	float	860+	yes	ratio	Wing 3 Left Retract Max
wing3r_retract_max	float	860+	yes	ratio	Wing 3 Right Retract Max
wing4l_retract_max	float	860+	yes	ratio	Wing 4 Left Retract Max
wing4r_retract_max	float	860+	yes	ratio	Wing 4 Right Retract Max
hstab1_retract_max	float	860+	yes	ratio	Horiz Stab Left Retract Max
hstab2_retract_max	float	860+	yes	ratio	Horiz Stab Right Retract Max
vstab1_retract_max	float	860+	yes	ratio	Vert Stab 1 Retract Max
vstab2_retract_max	float	860+	yes	ratio	Vert Stab 2 Retract Max
mwing01_retract_max	float	860+	yes	ratio	Misc Wing 1 Retract Max
mwing02_retract_max	float	860+	yes	ratio	Misc Wing 2 Retract Max
mwing03_retract_max	float	860+	yes	ratio	Misc Wing 3 Retract Max
mwing04_retract_max	float	860+	yes	ratio	Misc Wing 4 Retract Max
mwing05_retract_max	float	860+	yes	ratio	Misc Wing 5 Retract Max
mwing06_retract_max	float	860+	yes	ratio	Misc Wing 6 Retract Max
mwing07_retract_max	float	860+	yes	ratio	Misc Wing 7 Retract Max
mwing08_retract_max	float	860+	yes	ratio	Misc Wing 8 Retract Max
mwing09_retract_max	float	860+	yes	ratio	Misc Wing 9 Retract Max
mwing10_retract_max	float	860+	yes	ratio	Misc Wing 10 Retract Max
mwing11_retract_max	float	860+	yes	ratio	Misc Wing 11 Retract Max
mwing12_retract_max	float	860+	yes	ratio	Misc Wing 12 Retract Max
mwing13_retract_max	float	860+	yes	ratio	Misc Wing 13 Retract Max
mwing14_retract_max	float	860+	yes	ratio	Misc Wing 14 Retract Max
mwing15_retract_max	float	860+	yes	ratio	Misc Wing 15 Retract Max
mwing16_retract_max	float	860+	yes	ratio	Misc Wing 16 Retract Max
mwing17_retract_max	float	860+	yes	ratio	Misc Wing 17 Retract Max
mwing18_retract_max	float	860+	yes	ratio	Misc Wing 18 Retract Max
mwing19_retract_max	float	860+	yes	ratio	Misc Wing 19 Retract Max
mwing20_retract_max	float	860+	yes	ratio	Misc Wing 20 Retract Max
wing1l_elv1def	float	861+	yes	degrees	Deflection Wing 1 Left Elevator 1
wing1l_elv2def	float	861+	yes	degrees	Deflection Wing 1 Left Elevator 2
wing1r_elv1def	float	861+	yes	degrees	Deflection Wing 1 Right Elevator 1
wing1r_elv2def	float	861+	yes	degrees	Deflection Wing 1 Right Elevator 2
wing2l_elv1def	float	861+	yes	degrees	Deflection Wing 2 Left Elevator 1
wing2l_elv2def	float	861+	yes	degrees	Deflection Wing 2 Left Elevator 2
wing2r_elv1def	float	861+	yes	degrees	Deflection Wing 2 Right Elevator 1
wing2r_elv2def	float	861+	yes	degrees	Deflection Wing 2 Right Elevator 2
wing3l_elv1def	float	861+	yes	degrees	Deflection Wing 3 Left Elevator 1
wing3l_elv2def	float	861+	yes	degrees	Deflection Wing 3 Left Elevator 2
wing3r_elv1def	float	861+	yes	degrees	Deflection Wing 3 Right Elevator 1
wing3r_elv2def	float	861+	yes	degrees	Deflection Wing 3 Right Elevator 2
wing4l_elv1def	float	861+	yes	degrees	Deflection Wing 4 Left Elevator 1
wing4l_elv2def	float	861+	yes	degrees	Deflection Wing 4 Left Elevator 2
wing4r_elv1def	float	861+	yes	degrees	Deflection Wing 4 Right Elevator 1
wing4r_elv2def	float	861+	yes	degrees	Deflection Wing 4 Right Elevator 2

sim/flightmodel/cyclic/

cyclic_ailn_blad_alph	float[8]	660+	no	???	Blade alpha
cyclic_ailn_disc_tilt	float[8]	660+	no	???	Disc tilt
cyclic_elev_blad_alph	float[8]	660+	no	???	Blade alpha
cyclic_elev_disc_tilt	float[8]	660+	no	???	Disc tilt
cyclic_elev_command	float[8]	660+	no	???	???
cyclic_ailn_command	float[8]	660+	no	???	???
sidecant	float[8]	660+	yes	???	???
vertcant	float[8]	660+	yes	???	???
disc_ang	float[8]	660-730	no	???	???

sim/flightmodel/engine/

ENGN_N2_	float[8]	750+	yes	percent	N2 speed as percent of max (per engine)
ENGN_EGT	float[8]	660+	yes	ratio	Exhaust Gas Temperature (ratio from min to max)
ENGN_ITT	float[8]	660+	yes	ratio	Interturbine Temperature per engine (ratio from min to max, min = 0, max = 700)
ENGN_CHT	float[8]	750+	yes	ratio	Cylinder Head Temperature (ratio from min to max)
ENGN_EGT_c	float[8]	740+	yes	degc_or_f	EGT (per engine) in degrees – units depend on plane, label wrong
ENGN_ITT_c	float[8]	740+	yes	degc_or_f	ITT (per engine) in degrees – units depend on plane, label wrong
ENGN_CHT_c	float[8]	750+	yes	degc_or_f	CHT (per engine in degrees – units depend on plane, label wrong
ENGN_bat_amp	float[8]	660+	yes	???	Battery amps (per engine)
ENGN_bat_volt	float[8]	660+	yes	???	Batery volts (per engine)
ENGN_cowl	float[8]	660+	yes	ratio	Cowl flaps control (per engine) 0 = closed, 1 = open
ENGN_EPR	float[8]	660+	yes	EPR	Engine Pressure Ratio (per engine)
ENGN_FF_	float[8]	660+	yes	kg/s	Fuel flow (per engine) in kg/second
ENGN_gen_amp	float[8]	660+	yes	???	Generator amps (per engine)
ENGN_heat	float[8]	660+	yes	ratio	Carb Heat Control (per engine), 0 = off, 1 = on
ENGN_mixt	float[8]	660+	yes	ratio	Mixture Control (per engine), 0 = cutoff, 1 = full rich
ENGN_MPR	float[8]	660+	yes	???	MPR (per engine)
ENGN_N1_	float[8]	660+	yes	percent	N1 speed as percent of max (per engine)
ENGN_oil_press_psi	float[8]	750+	yes	psi	Oil pressure (per engine) in PSI
ENGN_oil_temp_c	float[8]	750+	no	degc_or_f	Oil temp (per engine) in degs – units depend on plane, dref name wrong
ENGN_oil_temp	float[8]	660+	no	ratio	Oil pressure (per engine) as ratio of max
ENGN_oil_press	float[8]	660+	yes	ratio	Oil temp (per engine) a ratio of max
ENGN_power	float[8]	660+	yes	???	Power (per engine)
ENGN_prop	float[8]	660+	yes	rad/sec	Commanded Prop Speed (per engine)
ENGN_sigma	float[8]	660+	no	???	Sigma (per engine) – YOU SHOULD NEVER WRITE TO THIS DATAREF! Read only in v11.00
ENGN_thro	float[8]	660+	yes	ratio	Throttle (per engine) as set by user, 0 = idle, 1 = max
ENGN_thro_use	float[8]	710+	yes	ratio	Throttle (per engine) when overridden by you, plus with thrust vectors – use override_throttles to change.
ENGN_thro_override	float	715+	yes	ratio	An override from 0.0 to max fwd thrust for overriding all throttles. Set to -2.0 to disengage. DEPRECATED
ENGN_TRQ	float[8]	660+	yes	NewtonMeters	Torque (per engine)
ENGN_running	int[8]	660+	yes	boolean	Engine on and using fuel (only reliable in 740 and later)
ENGN_burning	int[8]	660+	yes	boolean	Afterburner on (only reliable in 740 and later)
ENGN_propmode	int[8]	660+	yes	enum	Prop mode: feather=0,normal=1,beta=2,reverse=3
ENGN_burnrat	float[8]	660+	yes	???	???
ENGN_oil_quan	float[8]	660+	yes	???	???
ENGN_mixt_pow_rat	float[8]	660-730	yes	???	???
ENGN_oil_lube_rat	float[8]	710+	yes	???	???
ENGN_crbice	float[8]	660+	yes	ratio	Amount of carb ice buildup (0-1)
ENGN_tacrad	float[8]	660+	yes	rad/sec	Engine speed in radians/second
ENGN_omegadot	float[8]	800-840	yes	???	acceleration of engine rotation
POINT_pitch_deg	float[8]	660+	yes	degrees	Prop Pitch as commanded by the user.
POINT_prop_eff	float[8]	660+	yes	???	Efficiency
POINT_tacrad	float[8]	660+	yes	rad/sec	Prop speed in radians/second
POINT_thrust	float[8]	660+	yes	???	Thrust
POINT_rock_TRQ	float[8]	660-750	yes	???	???
POINT_drag_TRQ	float[8]	660+	yes	???	???
POINT_driv_TRQ	float[8]	1030+	no	newton-meters	Torque for this prop after transmissions
POINT_max_TRQ	float[8]	1030+	no	newton-meters	Maximum torque this prop will get after transmissions
POINT_omegadot	float[8]	660-840	yes	???	acceleration of prop rotation
POINT_cone_rad	float[8]	660+	yes	???	???
POINT_side_wash	float[8]	660+	no	???	???
POINT_XYZ	float[8][3]	660+	no	???	???
POINT_pitch_deg_use	float[8]	820+	yes	degrees	Pitch as we use, after all effects. Use override_prop_pitch to change.
POINT_prop_ang_deg	float[8]	840+	no	degrees	This is the angle of the prop or engine-fan as it rotates. You will see this value circulate 0 to 360 degrees over and over as the engine runs and the prop or fan turns. Override with /prop_disc/override per engine!
burner_enabled	int	850+	yes	boolean	Burner is on or off
burner_level	int	850+	yes	boolean	Burner is high or low
apr_mode	int	1130+	yes	enum	0=Stdby (will arm at sufficient throttle), 1=Armed, 2=Active
descent_speed_ratio	float[8]	1110+	yes	ratio	descent-speed ratio of the aircraft in units of propwash-speed
vortex_ring_state	float[8][10]	1110+	no	ratio	wash-multiplier – vortex ring state – which are the airflows through the rotor disc normal flow is 0.5 (50%) VRS flow is 1.0 (100%)

sim/flightmodel/failures/

frm_ice	float	660+	yes	ratio	Ratio of icing on wings/airframe – left wing
frm_ice2	float	1040+	yes	ratio	Ratio of icing on wings/airframe – right wing
pitot_ice	float	700+	yes	ratio	Ratio of icing on pitot tube
pitot_ice2	float	820+	yes	ratio	Ratio of icing on pitot tube2
prop_ice	float	700+	yes	ratio	Ratio of icing on the prop – first prop
stat_ice	float	1120+	yes	ratio	Ratio of icing on the static port – pilot side
stat_ice2	float	1120+	yes	ratio	Ratio of icing on the static port – copilot side
inlet_ice	float	700+	yes	ratio	Ratio of icing on the air inlets – first engine
prop_ice_per_engine	float[8]	1020+	yes	ratio	Ratio of icing on the prop – array access to all props.
inlet_ice_per_engine	float[8]	1020+	yes	ratio	Ratio of icing on the air inlets – array access to all engines.
window_ice	float	700+	yes	ratio	Ratio of icing on the windshield
aoa_ice	float	815+	yes	ratio	Ratio of icing on alpha vane – pilot AoA
aoa_ice2	float	1020+	yes	ratio	Ratio of icing on alpha vane – copilot AoA
stallwarning	int	660+	yes	???	Stall Warning
over_g	int	660+	yes	???	???
over_vne	int	660+	yes	???	???
over_vfe	int	660+	yes	???	???
over_vle	int	660+	yes	???	???
onground_any	int	660+	no	???	User Aircraft is on the ground when this is set to 1
onground_all	int	660+	no	???	???
smoking	int	660+	yes	???	???
lo_rotor_warning	int	710+	yes	???	Lo Rotor Warning

sim/flightmodel/forces/

fside_aero	float	660+	no	Newtons	Aerodynamic forces – sideways – ACF X
fnrml_aero	float	660+	no	Newtons	Aerodynamic forces – upward – ACF Y
faxil_aero	float	660+	no	Newtons	Aerodynamic forces – backward – ACF Z
fside_prop	float	660+	yes	Newtons	force sideways by all engines on the ACF. Override with override_engines
fnrml_prop	float	660+	yes	Newtons	force upward by all engines on the ACF. Override with override_engines Writable in v10 only
faxil_prop	float	660+	yes	Newtons	force backward by all engines on the ACF (usually this is a negative number). Override with override_engines
fside_gear	float	660+	no	Newtons	Gear/ground forces – sideways – ACF X
fnrml_gear	float	660+	no	Newtons	Gear/ground forces – upward – ACF Y
faxil_gear	float	660+	no	Newtons	Gear/ground forces – backward – ACF Z
fside_total	float	1000+	yes	Newtons	total/ground forces – ACF X axis. Override with override_forces
fnrml_total	float	1000+	yes	Newtons	Total/ground forces – ACF Y axis. Override with override_forces
faxil_total	float	1000+	yes	Newtons	total/ground forces – ACF Z axis. Override with override_forces
L_aero	float	1000+	no	NM	The roll moment due to aerodynamic forces – positive = right roll.
M_aero	float	1000+	no	NM	The pitch moment due to aerodynamic forces – positive = pitch up.
N_aero	float	1000+	no	NM	The yaw moment due to aerodynamic forces – positive = yaw right/clockwise.
L_prop	float	1000+	yes	NM	The roll moment due to prop forces. Override with override_engines – positive = right roll.
M_prop	float	1000+	yes	NM	The pitch moment due to prop forces. Override with override_engines – positive = pitch up.
N_prop	float	1000+	yes	NM	The yaw moment due to prop forces. Override with override_engines – positive = yaw right/clockwise.
L_gear	float	1000+	no	NM	The roll moment due to gear forces – positive = right roll.
M_gear	float	1000+	no	NM	The pitch moment due to gear forces – positive = pitch up.
N_gear	float	1000+	no	NM	The yaw moment due to gear forces positive = yaw right/clockwise.
L_mass	float	1000+	no	NM	The roll moment due to asymmetric loading – positive = right roll.
M_mass	float	1000+	no	NM	The pitch moment due to asymmetric loading – positive = pitch up.
N_mass	float	1000+	no	NM	The yaw moment due to asymmetric loading – positive = yaw right/clockwise.
L_total	float	1000+	yes	NM	The roll moment total. Override with override_force – positive = right roll.
M_total	float	1000+	yes	NM	The pitch moment total. Override with override_force – positive = pitch up.
N_total	float	1000+	yes	NM	The yaw moment total. Override with override_forces – positive = yaw right/clockwise.
fside_plug_acf	float	1030+	yes	Newtons	Extra plugin-provided sideways force (ACF X axis, positive pushes airplane to the right). ADD to this dataref to apply extra force.
fnrml_plug_acf	float	1030+	yes	Newtons	Extra plugin-provided upward force (ACF Y axis, positive pushes airplane up). ADD to this dataref to apply extra force.
faxil_plug_acf	float	1030+	yes	Newtons	Extra plugin-provided forward force. (ACF Z axis, positive pushes airplane backward). ADD to this dataref to apply extra force.
L_plug_acf	float	1030+	yes	NM	Extra plugin-provided roll moment – ADD to this dataref to apply extra force – positive = right roll.
M_plug_acf	float	1030+	yes	NM	Extra plugin-provided pitch moment – ADD to this dataref to apply extra force – positive = pitch up.
N_plug_acf	float	1030+	yes	NM	Extra plugin-provided yaw moment – ADD to this dataref to apply extra force – positive = yaw right/clockwise.
g_nrml	float	660+	no	Gs	Total g-forces on the plane as a multiple, downward
g_axil	float	660+	no	Gs	Total g-forces on the plane as a multiple, along the plane
g_side	float	660+	no	Gs	Total g-forces on the plane as a multiple, sideways
vx_air_on_acf	float	660+	no	mtr/sec	Velocity of air relative to airplane
vy_air_on_acf	float	660+	no	mtr/sec	Velocity of air relative to airplane
vz_air_on_acf	float	660+	no	mtr/sec	Velocity of air relative to airplane
vx_acf_axis	float	660+	no	mtr/sec	Velocity of aircraft in its own coordinate system
vy_acf_axis	float	660+	no	mtr/sec	Velocity of aircraft in its own coordinate system
vz_acf_axis	float	660+	no	mtr/sec	Velocity of aircraft in its own coordinate system
Q_rotor_rad	float[8]	660+	yes	???	???
R_rotor_rad	float[8]	660+	yes	???	???
lift_path_axis	float	763+	yes	???	???
drag_path_axis	float	763+	yes	???	???
side_path_axis	float	763+	yes	???	???
vs	float	660-999	yes	???	???
ve	float	660-999	yes	???	???

sim/flightmodel/jetwash/

DVinc	float[8]	660+	no	???	DVinc
ringDVinc	float[8][10]	660+	no	???	ringDVinc 8×10

sim/flightmodel/misc/

ett_size	float	660+	yes	???	??? Slung/jettisonable load size (this should read JETT size but has a typo)
jett_size	float	1010+	yes	???	??? Slung/jettisonable load size – this fixes the typo above.
jett_len	float	660+	yes	???	??? slung jettisonable load length (length of cable??!)
g_total	float	660+	no	???	???
nosewheel_speed	float	660+	no	???	[GEAR]
wing_tilt_ptch	float	660+	yes	???	???
wing_tilt_roll	float	660+	yes	???	???
ai_app_mode	int	660-840	yes	???	???
jato_left	float	660+	yes	???	???
displace_rat	float	660+	yes	???	???
h_ind	float	660+	yes	meters	Indicated barometric altitude, quite probably in feet actually.
h_ind2	float	810+	yes	meters	Indicated barometric altitude, quite probably in feet actually.
h_ind_copilot	float	860+	yes	meters	Indicated barometric altitude, quite probably in feet actually.
h_ind_copilot2	float	860+	yes	meters	Indicated barometric altitude, quite probably in feet actually.
machno	float	660+	no	???	???
Qstatic	float	660+	no	psf	Ambient Q
turnrate_roll	float	660+	yes	???	???
turnrate_roll2	float	810+	yes	???	???
turnrate_noroll	float	660+	yes	???	???
turnrate_noroll2	float	810+	yes	???	???
slip	float	660+	yes	???	???
time_jett_over	float	660-700	yes	???	???
rocket_mode	int	660+	yes	???	???
rocket_timeout	float	660+	yes	???	???
prop_ospeed_test_timeout	float	660+	yes	???	???
blown_flap_engage_rat	float	660+	yes	???	???
lift_fan_total_power	float	660+	yes	???	???
stab_ptch_test	int	660+	no	???	Computed stability derivative – pitch
stab_hdng_test	int	660+	no	???	Computed Stability drivative – heading
cgz_ref_to_default	float	660+	yes	meters	Center of Gravity
i	int	660-799	yes	index	Env quad the plane is over.
j	int	660-799	yes	index	Made obsolete by new scenery system.
Q_centroid_MULT	float[73][4]	660+	no	???	???
C_m	float	820+	yes	???	???
C_n	float	820+	yes	???	???
cl_overall	float	820+	yes	???	???
cd_overall	float	820+	yes	???	???
l_o_d	float	820+	yes	???	???
act_frc_ptch_lb	float	920+	yes	lbs	Force feedback: total pounds on yoke by ACF due to pitch
act_frc_roll_lb	float	920+	yes	lbs	Force feedback: total pounds on yoke by ACF due to roll
act_frc_hdng_lb	float	920+	yes	lbs	Force feedback: total pounds on pedals by ACF due to heading
act_frc_lbrk_lb	float	920+	yes	lbs	Force feedback: total pounds on pedals by ACF due to left brake
act_frc_rbrk_lb	float	920+	yes	lbs	Force feedback: total pounds on pedals by ACF due to right brake
slung_load_x	float	1050+	no	meters	Global location of slung load, meters, x coordinate
slung_load_y	float	1050+	no	meters	Global location of slung load, meters, y coordinate
slung_load_z	float	1050+	no	meters	Global location of slung load, meters, z coordinate

sim/flightmodel/ground/

These datarefs were removed in v11 until 11.30

surface_texture_type	int	740+	yes	enum	tbd – writable only with override_groundplane
plugin_ground_center	float[3]	740+	yes	meters	Location of a pt on the ground in local coords
plugin_ground_slope_normal	float[3]	740+	yes	vector	Normal vector of the terrain (must be normalized)
plugin_ground_terrain_velocity	float[3]	800+	yes	m/s	speed of deck moving under us (this is a velocity vector)

sim/flightmodel/movingparts/

gear1def	float	660+	no	???	landing gear1 def
gear2def	float	660+	no	???	landing gear2 def
gear3def	float	660+	no	???	landing gear3 def
gear4def	float	660+	no	???	landing gear4 def
gear5def	float	660+	no	???	landing gear5 def
wing_sweep1	float	660-999	no	???	wing sweep 1
wing_sweep2	float	660-999	no	???	wing sweep 2
wing_sweep3	float	660-999	no	???	wing sweep 3
tvect	float	660-999	no	???	thrust vector

sim/flightmodel/parts/

v_el	float[73][10]	660+	no	flt[p0].wing[N].v_el[N2][N3]	???
alpha_el	float[73][10]	660+	no	flt[p0].wing[N].alpha_geometric[N2][N3]	???
downwash_deg	float[730]	660-922	no	???	73×10
propwash_rat	float[730]	660-750	no	???	73×10
del_dir	float[2920]	660+	no	???	73x10x4 corkscrew path is DIFFERENT FOR EACH BLADE!
cl_el_raw	float[56][10]	930+	no	flt[p0].wing[N].cl_el_wash[N2][N3]	???
CL_grndeffect	float[56]	660+	no	???	73 [WING]
CD_grndeffect	float[56]	660+	no	???	73 [WING]
wash_grndeffect	float[56]	820+	no	???	56 [WING]
Q_centroid_loc	float[73][4]	660+	no	???	73×4 centroid is TOTALLY DIFFERENT FOR EACH BLADE on helos and gyros!
Q_centroid_MULT	float[73][4]	660+	no	???	73×4 centroid is TOTALLY DIFFERENT FOR EACH BLADE on helos and gyros!
stalled	float[56]	660-1105	no	???	73 [WING]
tire_locked	float[73]	660-730	no	???	73
tire_drag_dis	float[10]	660+	no	???	73
tire_speed_term	float[10]	660+	no	???	73
tire_speed_now	float[10]	660+	no	???	73
tire_prop_rot	float[10]	660+	no	???	73
tire_x_no_deflection	float[10]	760+	no	meters	[GEAR] x location of the Nth gear’s wheel relative to the CG, airplane coordinates. This doesn’t take into account strut compression. Writable in v8/9, read-only in v10.
tire_y_no_deflection	float[10]	760+	no	meters	[GEAR] y location of the Nth gear’s wheel relative to the CG, airplane coordinates. This doesn’t take into account strut compression. Writable in v8/9, read-only in v10.
tire_z_no_deflection	float[10]	760+	no	meters	[GEAR] z location of the Nth gear’s wheel relative to the CG, airplane coordinates. This doesn’t take into account strut compression. Writable in v8/9, read-only in v10.
tire_vrt_def_veh	float[10]	820+	no	meters	[GEAR] This is amount the Nth gear is deflected upwards due to vehicle weight on struts.
tire_vrt_frc_veh	float[10]	820+	no	???	73
tire_steer_cmd	float[10]	820+	yes	degrees	Steering command being sent to this gear, degrees positive right. This takes into account steering algorithms for big planes like 747, but does not free castoring and springiness. Writable in 1030. Override via override_wheel_steer
tire_steer_act	float[10]	820+	yes	degrees	Steering command actually enacted by the gear, degrees positive right. Writable in 1030. Override via override_wheel_steer
nrml_force	float[56]	660+	no	???	73 [WING] for data output, for the entire flying surface
axil_force	float[56]	660+	no	???	73 [WING] for data output, for the entire flying surface
force_XYZ	float[73][10]	660-1105	no	flt[p0].wing[N].force_xyz[N2][0][N3]	???
flap_def	float[56]	660+	no	degrees	73 [WING] with flap setting, and then variation with pitch and roll input, on a 4 wing plane, with flaps on every wing, some going up and down with pitch input, we better find the flap def on each surface!
flap2_def	float[56]	800+	no	degrees	56 [WING] with flap setting, and then variation with pitch and roll input, on a 4 wing plane, with flaps on every wing, some going up and down with pitch input, we better find the flap def on each surface!
elev_cont_def	float[56]	660+	no	degrees	73 [WING] different for each part since def may be positive on a canard and negative on an aft wing… ON THE SAME PLANE AT THE SAME TIME!
elev_trim_def	float[56]	660+	no	degrees	73 [WING] different for each part since def may be positive on a canard and negative on an aft wing… ON THE SAME PLANE AT THE SAME TIME!
rudd_cont_def	float[56]	660+	no	degrees	73 [WING] different for each part since def may be positive on top vstab and neg on the bottom one…. ON THE SAME PLANE AT THE SAME TIME!
rudd2_cont_def	float[56]	800+	no	degrees	56 [WING] different for each part since def may be positive on top vstab and neg on the bottom one…. ON THE SAME PLANE AT THE SAME TIME!
foil_swe	float[56]	660-999	no	degrees	73 [WING]
foil_dih	float[56]	660-999	no	degrees	73 [WING]
foil_inc	float[56]	660-999	no	degrees	73 [WING]
elem_inc	float[73][10]	660+	no	degrees	73×10

sim/flightmodel/position/

local_x	double	660+	yes	meters	The location of the plane in OpenGL coordinates
local_y	double	660+	yes	meters	The location of the plane in OpenGL coordinates
local_z	double	660+	yes	meters	The location of the plane in OpenGL coordinates
lat_ref	float	660+	no	degrees	The latitude of the point 0,0,0 in OpenGL coordinates (Writing NOT recommended!!)
lon_ref	float	660+	no	degrees	The longitude of the point 0,0,0 in OpenGL coordinates.
latitude	double	660+	no	degrees	The latitude of the aircraft
longitude	double	660+	no	degrees	The longitude of the aircraft
elevation	double	660+	no	meters	The elevation above MSL of the aircraft
theta	float	660+	yes	degrees	The pitch relative to the plane normal to the Y axis in degrees – OpenGL coordinates
phi	float	660+	yes	degrees	The roll of the aircraft in degrees – OpenGL coordinates
psi	float	660+	yes	degrees	The true heading of the aircraft in degrees from the Z axis – OpenGL coordinates
magpsi	float	660+	no	degrees	DO NOT USE THIS
true_theta	float	1030+	no	degrees	The pitch of the aircraft relative to the earth precisely below the aircraft
true_phi	float	1030+	no	degrees	The roll of the aircraft relative to the earth precisely below the aircraft
true_psi	float	1030+	no	degrees	The heading of the aircraft relative to the earth precisely below the aircraft – true degrees north, always
mag_psi	float	1030+	no	degrees	The real magnetic heading of the aircraft – the old magpsi dataref was FUBAR
local_vx	float	660+	yes	mtr/sec	The velocity in local OGL coordinates
local_vy	float	660+	yes	mtr/sec	The velocity in local OGL coordinates
local_vz	float	660+	yes	mtr/sec	The velocity in local OGL coordinates
local_ax	float	660+	yes	mtr/sec2	The acceleration in local OGL coordinates
local_ay	float	660+	yes	mtr/sec2	The acceleration in local OGL coordinates
local_az	float	660+	yes	mtr/sec2	The acceleration in local OGL coordinates
alpha	float	660+	no	degrees	The pitch relative to the flown path (angle of attack)
beta	float	660+	no	degrees	The heading relative to the flown path (yaw)
vpath	float	660+	no	degrees	The pitch the aircraft actually flies. (vpath+alpha=theta)
hpath	float	660+	no	degrees	The heading the aircraft actually flies. (hpath+beta=psi)
groundspeed	float	660+	no	meters/sec	The ground speed of the aircraft
indicated_airspeed	float	660+	yes	kias	Air speed indicated – this takes into account air density and wind direction
indicated_airspeed2	float	810+	yes	kias	Air speed indicated – this takes into account air density and wind direction
true_airspeed	float	660+	no	meters/sec	Air speed true – this does not take into account air density at altitude!
magnetic_variation	float	660+	no	degrees	The local magnetic variation
M	float	660+	no	NM	The angular momentum of the aircraft (relative to flight axis).
N	float	660+	no	NM	The angular momentum of the aircraft (relative to flight axis)
L	float	660+	no	NM	The angular momentum of the aircraft (relative to flight axis)
P	float	660+	yes	deg/sec	The roll rotation rates (relative to the flight)
Q	float	660+	yes	deg/sec	The pitch rotation rates (relative to the flight)
R	float	660+	yes	deg/sec	The yaw rotation rates (relative to the flight)
P_dot	float	660+	no	deg/sec2	The roll angular acceleration (relative to the flight)
Q_dot	float	660+	no	deg/sec2	The pitch angular acceleration (relative to the flight)
R_dot	float	660+	no	deg/sec2	The yaw angular acceleration rates (relative to the flight)
Prad	float	660+	yes	rad/sec	The roll rotation rates (relative to the flight)
Qrad	float	660+	yes	rad/sec	The pitch rotation rates (relative to the flight)
Rrad	float	660+	yes	rad/sec	The yaw rotation rates (relative to the flight)
q	float[4]	660+	yes	quaternion	A quaternion representing the rotation from local OpenGL coordinates to the aircraft’s coordinates.
vh_ind	float	660+	no	meters/second	VVI (vertical velocity in meters per second)
vh_ind_fpm	float	740+	yes	fpm	VVI (vertical velocity in feet per second)
vh_ind_fpm2	float	810+	yes	fpm	VVI (vertical velocity in feet per second)
y_agl	float	660+	no	meters	AGL

sim/flightmodel/transmissions/

xmsn_press	float	850+	no	???	transmission pressure
xmsn_temp	float	850+	no	???	transmission temperature

sim/flightmodel/weight/

m_fixed	float	660+	yes	kgs	Payload Weight
m_total	float	660+	no	kgs	Total Weight
m_fuel	float[9]	900+	yes	kgs	Fuel Tank Weight – for 9 tanks
m_fuel1	float	660+	yes	kgs	Fuel Tank 1 Weight
m_fuel2	float	660+	yes	kgs	Fuel Tank 2 Weight
m_fuel3	float	660+	yes	kgs	Fuel Tank 3 Weight
m_jettison	float	660+	yes	kgs	Jettison
m_fuel_total	float	820+	no	kgs	Fuel Total Weight

sim/graphics/

sim/graphics/animation/

draw_object_x	float	830+	no	float	X position in cartesian space of currently drawn object
draw_object_y	float	830+	no	float	Y position in cartesian space of currently drawn object
draw_object_z	float	830+	no	float	Z position in cartesian space of currently drawn object
draw_object_psi	float	830+	no	float	rotation in cartesian space of currently drawn object
draw_light_level	float	930+	no	float	This is the default _LIT light level that the object is being drawn at, before ATTR_light_level is applied.
airport_beacon_rotation	float	850+	no	degrees	angle this beacon is rotating (0-360)
windsock_psi	float	850+	no	degrees	windsock heading
windsock_the	float	850+	no	degrees	windsock pitch
windsock_phi	float	850+	no	degrees	windsock roll
crane_psi	float	850+	no	ratio	crane heading
buoy_height	float	850+	no	meters	how high above MSL 0 is this buoy riding?
ping_pong_2	float	850+	no	ratio	-1 to 1
sin_wave_2	float	850+	no	ratio	-1 to 1
obj_wigwag_brightness	float	1000+	no	ratio	Brightness of the wig-wag lights – stays in sync with sim/graphics/animation/lights/wigwag
carrier_blast_def_lf	float	850+	no	ratio	Ratio of deployment of carrier blast door (left front)
carrier_blast_def_rf	float	850+	no	ratio	Ratio of deployment of carrier blast door (right front)
carrier_blast_def_lr	float	850+	no	ratio	Ratio of deployment of carrier blast door (left rear)
carrier_blast_def_rr	float	850+	no	ratio	Ratio of deployment of carrier blast door (right rear)
level_crossing_gate	float	1000+	no	ratio	Ratio of the position of all level crossing gates, 0 is up, 1 is down

sim/graphics/animation/birds/

wing_flap_deg	float	850+	no	float	degree of wing flap for the currently drawn bird
feet_retract_deg	float	1040+	no	float	angle the bird’s feet are retracted for the flock of birds.

sim/graphics/animation/deer/

deer_run_cycle	float	930+	no	float	ratio for deer running
deer_turn_cycle	float	930+	no	float	ratio for deer turning

sim/graphics/animation/lights/

flasher	float[9]	850+	no	light	A flashing light, on only at night, matches v7
pulse	float[9]	850+	no	light	A red pulsing light, on only at night, matches v7
strobe_v7	float[9]	850+	no	light	A white strobe light, on only at night, matches v7
traffic_light	float[9]	850+	no	light	A 3-color traffic light, matches v7
normal	float[9]	850+	no	light	A normal on-at-night light, matches v7
airport_beacon	float[9]	850+	no	light	An airport beacon light, RGBA is a homogenous normal vector
airport_beacon_flash	float[9]	850+	no	light	An airport beacon light, RGBA is a homogenous normal vector
vasi_papi	float[9]	850+	no	light	VASI light, RG = rescaling of brightness
vasi_papi_tint	float[9]	1005+	no	light	VASI light, RG = rescaling of brightness
vasi3	float[9]	850+	no	light	VASI light, RG = rescaling of brightness, B= beam+, A=beam-
rabbit	float[9]	850+	no	light	RG = rescaling, B = flash frequency
rabbit_sp	float[9]	1010+	no	light	RGB = ignored, A = frequency
strobe	float[9]	850+	no	light	RG = rescaling, B = flash frequency, A= phase
strobe_sp	float[9]	1010+	no	light	RGB = ignored, A = frequency
wigwag	float[9]	850+	no	light	RG = rescaling, B = flash frequency, A= phase
wigwag_sp	float[9]	1010+	no	light	RGB = ignored, A = phase, dx = frequency
carrier_waveoff	float[9]	850+	no	light	A light that turns on when the carrier app is waved off
fresnel_vertical	float[9]	850+	no	light	A vertical fresnel. RG = long range, BA = vert range
fresnel_horizontal	float[9]	850+	no	light	A horizontal fresnel. RG = long range, BA = vert range
airplane_landing_light	float[9]	860+	no	light	Airplane landing light. RGB = dir, A = light number
airplane_landing_light_flash	float[9]	940+	no	light	Airplane landing light. RGB = dir, A = light number
airplane_landing_light_spill	float[9]	1000+	no	light	Airplane landing light. RGB = dir, A = light number
airplane_generic_light	float[9]	941+	no	light	Airplane generic light. RGB = dir, A = light number
airplane_generic_light_flash	float[9]	941+	no	light	Airplane generic light. RGB = dir, A = light number
airplane_generic_light_spill	float[9]	1000+	no	light	Airplane generic light. RGB = dir, A = light number
airplane_taxi_light	float[9]	860+	no	light	AIrplane taxi light. RGB = dir, A = reserved, use 0
airplane_taxi_light_flash	float[9]	940+	no	light	AIrplane taxi light. RGB = dir, A = reserved, use 0
airplane_taxi_light_spill	float[9]	1000+	no	light	AIrplane taxi light. RGB = dir, A = reserved, use 0
airplane_spot_light	float[9]	1000+	no	light	AIrplane spot light. RGB = dir, A = reserved, use 0
airplane_spot_light_flash	float[9]	1000+	no	light	AIrplane spot light. RGB = dir, A = reserved, use 0
airplane_spot_light_spill	float[9]	1000+	no	light	AIrplane spot light. RGB = dir, A = reserved, use 0
airplane_beacon_light	float[9]	860+	no	light	Airplane beacon light. RGB = ignore, A = light number
airplane_navigation_light	float[9]	860+	no	light	Airplane navigation light. RGB = ignore, A = reserved, use 0
airplane_strobe_light	float[9]	860+	no	light	Airplane strobe light. RGB = ignore, A = light number
airplane_beacon_light_dir	float[9]	940+	no	light	Airplane beacon light. RGB = direction, A = light number
airplane_navigation_light_dir	float[9]	940+	no	light	Airplane navigation light. RGB = ignored, A = reserved, use 0
airplane_strobe_light_dir	float[9]	940+	no	light	Airplane strobe light. RGB = direction, A = light number
airplane_beacon_light_spill	float[9]	1000+	no	light	Airplane beacon light. RGB = direction, A = light number
airplane_navigation_light_spill	float[9]	1000+	no	light	Airplane navigation light. RGB = ignored, A = reserved, use 0
airplane_strobe_light_spill	float[9]	1000+	no	light	Airplane strobe light. RGB = direction, A = light number
airplane_panel_spill	float[9]	1000+	no	light	Internal panel floods, A = index
airplane_inst_spill	float[9]	1000+	no	light	Internal instrument post lights, A = index
airplane_beacon_light_rotate	float[9]	1000+	no	light	Airplane beacon light for rotating beacon billboard.
airplane_beacon_light_rotate_spill	float[9]	1000+	no	light	Airplane beacon light for rotating beacon spill.

sim/graphics/animation/ground_traffic/

tire_steer_deg	float	1100+	no	TODOV11	TODO
tire_rotation_angle_deg	float[5]	1100+	no	TODOV11	TODO
wiper_angle_deg	float[2]	1100+	no	TODOV11	TODO
towbar_heading_deg	float	1100+	no	TODOV11	TODO
towbar_pitch_deg	float	1100+	no	TODOV11	TODO
belt_loader_height_meters	float	1100+	no	TODOV11	TODO
door_open	float[2]	1100+	no	TODOV11	TODO

sim/graphics/animation/vehicles/pushback/

towbar_pitch_deg	float	1050-1099	no	degrees	Towbar pitch – positive is up
towbar_heading_deg	float	1050-1099	no	degrees	Towbar heading – positive is right
tire_steer_deg	float	1050-1099	no	degrees	Tire steer angle – positive is right
tire_rotation_angle_deg	float[2]	1050-1099	no	degrees	Tire rotation – positive is pulling in the direction of the vehicle
wiper_angle_deg	float[2]	1050-1099	no	degrees	Wiper blade angle – left and right

sim/graphics/colors/

background_rgb	float[3]	700+	no	RGB	Background color behind a modal window
menu_dark_rgb	float[3]	700+	no	RGB	Dark tinging for menus
menu_hilite_rgb	float[3]	700+	no	RGB	Menu color of a selected item
menu_lite_rgb	float[3]	700+	no	RGB	Light tinging for menus
menu_text_rgb	float[3]	700+	no	RGB	Menu Item Text Color
menu_text_disabled_rgb	float[3]	700+	no	RGB	Menu Item Text Color When Disabled
subtitle_text_rgb	float[3]	700+	no	RGB	Subtitle text colors
tab_front_rgb	float[3]	700+	no	RGB	Color of text on tabs that are forward
tab_back_rgb	float[3]	700+	no	RGB	Color of text on tabs that are in the bkgnd
caption_text_rgb	float[3]	700+	no	RGB	Caption text (for on a main window)
list_text_rgb	float[3]	700+	no	RGB	Text Color for scrolling lists
glass_text_rgb	float[3]	700+	no	RGB	Text color for on a ‘glass’ screen
plane_path1_3d_rgb	float[3]	715+	yes	RGB	Color for 3-d plane path
plane_path2_3d_rgb	float[3]	715+	yes	RGB	Striping color for 3-d plane path

sim/graphics/misc/

show_panel_click_spots	int	660+	yes	boolean	Show the clickable parts of the panel?
show_instrument_descriptions	int	900+	yes	boolean	Show instrument descriptions on the panel?
cockpit_light_level_r	float	660+	no	ratio	The red level for the cockpit ‘night’ tinting, from 0 to 1
cockpit_light_level_g	float	660+	no	ratio	The green level for the cockpit ‘night’ tinting, from 0 to 1
cockpit_light_level_b	float	660+	no	ratio	The blue level for the cockpit ‘night’ tinting, from 0 to 1
outside_light_level_r	float	1000+	no	ratio	The red level for the world, from 0 to 1
outside_light_level_g	float	1000+	no	ratio	The green level for the world, from 0 to 1
outside_light_level_b	float	1000+	no	ratio	The blue level for the world, from 0 to 1
light_attenuation	float	1000+	no	ratio	Amount that artificial light is dimmed due to the sun’s magnitude
use_proportional_fonts	int	700+	yes	boolean	Set this to 1 to enable proportional fonts when available.
kill_map_fms_line	int	1030+	yes	boolean	If set to true, the map instruments won’t draw the red FMS course line. SET THIS BACK TO 0 WHEN YOUR PLANE UNLOADS!
kill_g1000_ah	int	1120+	yes	boolean	If set to true, the G1000 PFD instrument won’t draw the attitude indicator background. SET THIS BACK TO 0 WHEN YOUR PLANE UNLOADS!
red_flashlight_on	int	1040+	yes	boolean	Is the red flashlight on now. Note that the flashlight is inop when HDR is off.
white_flashlight_on	int	1040+	yes	boolean	Is the white flashlight on now. Note that the flashlight is inop when HDR is off.
kill_runway_snow	int	1131+	yes	boolean	Kill blowing snow effect on runways.
scrolling_panel_size	int	730-730	no	pixels	Max scroll range of scrolling panel, or 0 if it doesn’t scroll
default_scroll_pos	float	730+	no	pixels	Default position for a scrolling plane panel
current_scroll_pos	float	730+	yes	pixels	Current position of that panel
current_scroll_mode	int	730-1005	yes	enum	Scrolling: 0 = center, 1 = up, 2 = down, -1 = you control
default_scroll_pos_x	float	900+	no	pixels	Default position for a scrolling plane panel
current_scroll_pos_x	float	900+	yes	pixels	Current position of that panel
current_scroll_mode_x	int	900-1005	yes	enum	Scrolling: 0 = center, 1 = left, 2 = right, -1 = you control

sim/graphics/scenery/

current_planet	int	660+	no	enum	What planet are we on? (Earth = 0, mars = 1)
percent_lights_on	float	660+	no	percent	what percentage of city lites are on as night hits
sun_declination	float	660-730	no	???	sun declination (due to latitude)
moon_declination	float	660-730	no	???	moon declination (due to latitude)
sun_azimuth	float	660-730	no	???	sun azimuth (due to planet rotation)
moon_azimuth	float	660-730	no	???	moon azimuth (due to planet rotation)
sun_pitch_degrees	float	940+	no	degrees	sun pitch from flat in OGL coordinates
sun_heading_degrees	float	940+	no	degrees	sun heading from true north in OGL coordinates
moon_pitch_degrees	float	940+	no	degrees	moon pitch from flat in OGL coordinates
moon_heading_degrees	float	940+	no	degrees	moon heading from true north in OGL coordinates
earth_lat_loaded	int	660-821	no	degrees	How many degrees of scenery are mapped in (latitude) on earth
earth_lon_loaded	int	660-821	no	degrees	How many degrees of scenery are mapped in (longitude) on earth
mars_lat_loaded	int	660-821	no	degrees	How many degrees of scenery are mapped in (latitude) on mars
mars_lon_loaded	int	660-821	no	degrees	How many degrees of scenery are mapped in (longitude) on mars
airport_light_level	float	740+	yes	ratio	Level of airport light illumination, 0 = off, 1 = max brightness
airport_lights_on	int	1050+	yes	boolean	Are the airport lites on? set override_airport_lites to 1t o write this.
async_scenery_load_in_progress	int	1040+	no	boolean	True when some kind of asynchronous scenery load or unload is in progress.

sim/graphics/settings/

rendering_res	int	660+	no	int	Texture Rendering Level
autogen_level	int	660-799	yes	0-6	Density level for autogen scenery
autogen_distance	int	660-799	yes	nm	Autogen distance (how far from plane to not draw)
draw_aircrafts	int	660-799	yes	boolean	draw aircraft?
draw_obstacles	int	740-799	yes	boolean	draw obstacles/objects? (Also in 660_710)
draw_textured_lites	int	660-902	yes	boolean	draw textured lites – in 850 draw 3-d lights – 860 actually draw all higher cost detail
dim_gload	int	660+	yes	boolean	dim under high g-load?
draw_taxilines	int	660-799	yes	boolean	draw taxi lines?
draw_forestfires	int	660+	yes	boolean	draw forest fires?
draw_oilrigs	int	660-730	yes	boolean	draw oil rigs?
draw_ships	int	660-899	yes	boolean	draw ships?
draw_vectors	int	660-799	yes	boolean	draw vectors (roads, trains, trails, powerlines)?
draw_cars	int	660-799	yes	boolean	draw cars on roads
transparent_panel	int	660-999	yes	boolean	Is the panel transparent?
draw_planes_on_ground	int	730-799	yes	boolean	draw extra planes on the ground at airports?
allow_sloped_runways	int	850-899	no	boolean	allow sloped runways?
non_proportional_vertical_FOV	int	900+	yes	boolean	FOV is non proportional, use if sim/graphics/view/vertical_field_of_view_deg needs to be written to.
dome_projection	int	900-1025	yes	boolean	Project onto a dome
lock_view_to_forward_cockpit	int	900-902	yes	boolean	Forward view lock
HDR_on	int	1025+	no	boolean	True if HDR rendering is enabled.
scattering_on	int	1025+	no	boolean	True if atmospheric scattering is enabled.

sim/graphics/settings/local_map/

show_profile	int	900-1099	yes	boolean	corresponds to setting to show profile view in local map screen
profile_view_is_time	int	900-1099	yes	boolean	corresponds to setting to convert profile view to time-mode (normally it is in distance mode)

sim/graphics/view/

view_type	int	660+	no	enum	The current camera view
panel_render_type	int	900+	no	enum	How to draw the panel? 0=2-d panel, 1=3-d, non-lit, 2=3-d, lit
panel_render_new_blending	int	1100+	no	boolean	True if modern correct RGBA blending is being used to draw panels; false if the legacy alpha-max equation is being used.
world_render_type	int	900+	no	enum	What kind of 3-d rendering pass are we on? 0=normal,1=reflections in water
plane_render_type	int	1030+	no	enum	What kind of rendering is being done during the xplm_Phase_Airplanes callback. solid = 1, blended/alpha = 2 (0 = N/A, outside draw callback)
draw_call_type	int	1120+	no	enum	Stereo status of the draw callback. 0 = not in draw callback, 1 = mono, 2 = direct stereo (only use XPLMDrawObjects), 3 = left eye, 4 = right eye
view_is_external	int	660+	no	boolean	Is the view in the cockpit or outside? Affects sound!
view_x	float	660+	no	OGLcoords	The location of the camera, X coordinate (OpenGL)
view_y	float	660+	no	OGLcoords	The location of the camera, Y coordinate (OpenGL)
view_z	float	660+	no	OGLcoords	The location of the camera, Z coordinate (OpenGL)
view_elevation_m_msl	float	660-840	no	metersMSL	The elevation of the camera
view_elevation_agl	float	800-840	no	???	The elevation of the camera
view_pitch	float	660+	no	degrees	The camera’s pitch
view_roll	float	660+	no	degrees	The camera’s roll
view_heading	float	660+	no	degrees	the camera’s heading, CW frmo true north
cockpit_pitch	float	800+	no	degrees	The cockpit’s pitch
cockpit_roll	float	800+	no	degrees	The cockpit’s heading (the dataref name is wrong – this is really true heading)
cockpit_heading	float	800+	no	degrees	the cockpit’s roll (the dataref is name wrong – this is really roll)
view_zoom	float	660-799	no	???	Camera Zoom – Use Camera control APIs!
field_of_view_deg	float	660+	yes	degrees	horizontal field of view in degrees
vertical_field_of_view_deg	float	1030+	yes	degrees	vertical field of view in degrees, see sim/graphics/settings/non_proportional_vertical_FOV.
field_of_view_vertical_deg	float	660+	yes	degrees	pitch rotation for multi-monitor setup.
field_of_view_horizontal_deg	float	660+	yes	degrees	heading rotation for multi-monitor setup.
field_of_view_roll_deg	float	700+	yes	degrees	Roll rotation for multi-monitor setup.
field_of_view_horizontal_ratio	float	660+	yes	ratio	horizontal frustum shift (xp 6,7,8,10) – 1 unit shifts frustum by screen width
field_of_view_vertical_ratio	float	660-902	yes	ratio	vertical frustum shift (xp 6,7,8, 10.50 – not available in xp 9 or early v10).
elumens_ref_psi	float	700-899	yes	degrees	Pitch, heading and roll for projection onto an Elumens screen
elumens_ref_the	float	700-899	yes	degrees	Pitch, heading and roll for projection onto an Elumens screen
elumens_ref_phi	float	700-899	yes	degrees	Pitch, heading and roll for projection onto an Elumens screen
number_elumens_projections	int	700-899	yes	count	How many separate patches are we doing for the Elumens screen
elumens_tex_width	int	700-899	yes	pixels	Size of texture Elumens screen gets
elumens_tex_height	int	700-899	yes	pixels	Size of texture Elumens screen gets
window_width	int	700+	yes	pixels	Size of rendering window
window_height	int	700+	yes	pixels	Size of rendering window
visibility_effective_m	float	660+	no	meters	>= 0 The effective visibility after framerate-protecting visibility reductions.
visibility_terrain_m	float	660+	no	meters	>= 0 The range of ground visibility. When above the clouds, only some of the ground terrain is actually drawn.
visibility_framerate_ratio	float	660+	no	[0.0	– 1.0] The ratio of the reported visibility to actually show for frame-rate protection. 1.0 means the user ses the reported visibility. Writable in v9, fixed in v10.
visibility_math_level	int	660+	yes	enum	This used to indicate what level of 3-d force visualization was shown to the user in 3-d.
visibility_scale	float	660-899	yes	multipler	This used to be the ratio used to scale up 3-d aero-force visualization
cinema_verite	int	1025+	yes	boolean	True if cinema verite camera is on.
panel_total_pnl_l	float	815+	no	pixels	This is the location of the left edge of the panel, in the coordinate system used during panel drawing.
panel_total_pnl_b	float	815+	no	pixels	This is the location of the bottom edge of the panel, in the coordinate system used during panel drawing.
panel_total_pnl_r	float	815+	no	pixels	This is the location of the right edge of the panel, in the coordinate system used during panel drawing.
panel_total_pnl_t	float	815+	no	pixels	This is the location of the top edge of the panel, in the coordinate system used during panel drawing.
panel_visible_pnl_l	float	815+	no	pixels	This is the location of the left edge of the screen, in the coordinate system used during panel drawing.
panel_visible_pnl_b	float	815+	no	pixels	This is the location of the bottom edge of the screen, in the coordinate system used during panel drawing.
panel_visible_pnl_r	float	815+	no	pixels	This is the location of the right edge of the screen, in the coordinate system used during panel drawing.
panel_visible_pnl_t	float	815+	no	pixels	This is the location of the top edge of the screen, in the coordinate system used during plugin window drawing.
panel_total_win_l	float	815+	no	pixels	This is the location of the left edge of the panel, in the coordinate system used during plugin window drawing.
panel_total_win_b	float	815+	no	pixels	This is the location of the bottom edge of the panel, in the coordinate system used during plugin window drawing.
panel_total_win_r	float	815+	no	pixels	This is the location of the right edge of the panel, in the coordinate system used during plugin window drawing.
panel_total_win_t	float	815+	no	pixels	This is the location of the top edge of the panel, in the coordinate system used during plugin window drawing.
panel_visible_win_l	float	815+	no	pixels	This is the location of the left edge of the screen, in the coordinate system used during plugin window drawing.
panel_visible_win_b	float	815+	no	pixels	This is the location of the bottom edge of the screen, in the coordinate system used during plugin window drawing.
panel_visible_win_r	float	815+	no	pixels	This is the location of the right edge of the screen, in the coordinate system used during plugin window drawing.
panel_visible_win_t	float	815+	no	pixels	This is the location of the top edge of the screen, in the coordinate system used during plugin window drawing.
pilots_head_x	float	850+	yes	meters	Position of pilot’s head relative to CG, X
pilots_head_y	float	850+	yes	meters	Position of pilot’s head relative to CG, Y
pilots_head_z	float	850+	yes	meters	Position of pilot’s head relative to CG, Z
pilots_head_psi	float	850+	yes	degrees	Position of pilot’s head heading
pilots_head_the	float	850+	yes	degrees	Position of pilot’s head pitch
pilots_head_phi	float	1102+	yes	degrees	Position of the pilot’s head roll’
click_3d_x	float	850+	no	0-1	coordinates of the panel click in 3-d
click_3d_y	float	850+	no	0-1	as texture coords (E.g. 0-1)
click_3d_x_pixels	float	860+	no	0-1	coordinates of the panel click in 3-d
click_3d_y_pixels	float	860+	no	0-1	as texture coords (E.g. 0-1)
local_map_l	float	900+	no	pixels	Bounds of the local map window during callbacks – left
local_map_b	float	900+	no	pixels	Bounds of the local map window during callbacks – bottom
local_map_r	float	900+	no	pixels	Bounds of the local map window during callbacks – right
local_map_t	float	900+	no	pixels	Bounds of the local map window during callbacks – top
local_profile_scale_x	float	900-922	no	pix/mtr	Scale (pixels per meter) for drawing in the profile view horizontally when in distance mode
local_profile_scale_y	float	900-922	no	pix/mtr	Scale (pixels per meter) for drawing in the profile view vertically
local_profile_scale_t	float	900-922	no	pix/sec	Scale (pixels per second) for drawing in the profile view horizontally when in time mode
local_profile_ref_x	float	900-922	no	meters	Location (in world coordinates) of the “reference” point (lower left corner) of the profile view
local_profile_ref_y	float	900-922	no	meters	Location (in world coordinates) of the “reference” point (lower left corner) of the profile view
local_profile_ref_z	float	900-922	no	meters	Location (in world coordinates) of the “reference” point (lower left corner) of the profile view
dome_number_of_passes	int	940+	yes	count	This is the number of passes to render for a multi-dome setup. This x-plane feature requires a level-3 USB KEY
dome_offset_heading	float[16]	940+	yes	degrees	The horizontal offset for this pass, in degrees
dome_offset_pitch	float[16]	940+	yes	degrees	The vertical offset for this pass, in degrees
eq_trackir	int	1030+	no	boolean	Does the user have trackIR hardware enabled
hide_yoke	int	1041+	yes	boolean	Is the yoke visible in the 3-d cockpit?
projection_matrix	float[16]	1050+	no	Matrix4x4	The current projection matrix – valid only during draw callbacks
world_matrix	float[16]	1050+	no	Matrix4x4	The current modelview matrix to draw in standard “OGL” coordinates – valid only during draw callbacks
acf_matrix	float[16]	1050+	no	Matrix4x4	A modelview matrix to draw in the user’s aircraft coordinates – valid only during draw callbacks
modelview_matrix	float[16]	1100+	no	Matrix4x4	Current modelview matrix during window callbacks. use to map boxels to device pixels for scissors.
viewport	int[4]	1100+	no	Pixels	Current OpenGL viewport in device window coordinates. Note thiat this is left, bottom, right top, NOT left, bottom, width, height!!
is_reverse_float_z	int	1130+	no	Boolean	True if current rendering is reverse-float-Z with clip control set ot 0..1. False for conventional GL rendering.

sim/joystick/

has_joystick	int	660+	no	boolean	Do we have a joystick?
mouse_is_joystick	int	660+	no	boolean	Is the mouse acting as a joystick?
mouse_can_be_joystick	int	1100+	no	boolean	Can the mouse be used to fly? False if there is any LEGIT hardware plugged in.
yoke_pitch_ratio	float	900+	yes	[-1..1]	The deflection of the joystick axis controlling pitch. Use override_joystick or override_joystick_pitch
yolk_pitch_ratio	float	660+	yes	[-1..1]	Legacy – this spelling error is still present for
yoke_roll_ratio	float	900+	yes	[-1..1]	The deflection of the joystick axis controlling roll. Use override_joystick or override_joystick_roll
yolk_roll_ratio	float	660+	yes	[-1..1]	Legacy – this spelling error is still present for backward compatibility with older plugins.
yoke_heading_ratio	float	900+	yes	[-1..1]	The deflection of the joystick axis controlling yaw. Use override_joystick or override_joystick_heading
yolk_heading_ratio	float	660+	yes	[-1..1]	Legacy – this spelling error is still present for backward compatibility with older plugins.
artstab_pitch_ratio	float	660+	yes	[-1..1]	The artificial stability input modifications for pitch. Use override_artstab
artstab_roll_ratio	float	660+	yes	[-1..1]	The artificial stability input modifications for roll. Use override_artstab
artstab_heading_ratio	float	660+	yes	[-1..1]	The artificial stability input modifications for yaw. Use override_artstab
servo_pitch_ratio	float	1004+	no	[-1..1]	Servo input for pitch
servo_roll_ratio	float	1004+	no	[-1..1]	Servo input for roll
servo_heading_ratio	float	1004+	no	[-1..1]	Servo input for yaw
FC_hdng	float	660+	yes	[-1..1]	Flight Control Heading (sum of yoke plus artificial stability)
FC_ptch	float	660+	yes	[-1..1]	Flight Control Pitch (sum of yoke plus artificial stability)
FC_roll	float	660+	yes	[-1..1]	Flight Control Roll (sum of yoke plus artificial stability)
joystick_pitch_nullzone	float	660+	yes	ratio	The nullzone size for the pitch axis (as of 940, one null zone serves all 3 axes)
joystick_roll_nullzone	float	660+	yes	ratio	The nullzone size for the roll axis
joystick_heading_nullzone	float	660+	yes	ratio	The nullzone size for the heading axis
joystick_pitch_center	float	940+	yes	ratio	Joystick center for pitch axis
joystick_roll_center	float	940+	yes	ratio	Joystick center for roll axis
joystick_heading_center	float	940+	yes	ratio	Joystick center for heading axis
joystick_pitch_augment	float	940+	yes	ratio	Amount of artificial stability to add to the pitch. This is AS set by user, not in Plane-Maker.
joystick_roll_augment	float	940+	yes	ratio	Amount of artificial stability to add to the roll. This is AS set by user, not in Plane-Maker.
joystick_heading_augment	float	940+	yes	ratio	Amount of artificial stability to add to the heading. This is AS set by user, not in Plane-Maker.
joystick_pitch_sensitivity	float	660+	yes	ratio	The sensitivity for the pitch axis (the power ratio)
joystick_roll_sensitivity	float	660+	yes	ratio	The sensitivity for the roll axis
joystick_heading_sensitivity	float	660+	yes	ratio	The sensitivity for the heading axis
joystick_axis_assignments	int[500]	660+	yes	enums	Assignments for the joystick axes – what does X-Plane think each one is? [Was 15 before 850][Was 24 before 860][was 32 before 900]
joystick_button_assignments	int[3200]	660+	yes	enums	Assignments for the joystick buttons – what does each one do? [Was 64 before 850][was 160 before 900]
joystick_axis_reverse	int[500]	660+	yes	boolean	Reverse this axis? [Was 15 before 850][Was 24 before 860][was 32 before 900]
joystick_axis_values	float[500]	660+	no	ratio	The deflection of this joystick [Was 15 before 850][Was 24 before 860][was 32 before 900]
joystick_axis_minimum	float[500]	660+	yes	ratio	Min raw value ever seen [Was 15 before 850][Was 24 before 860][was 32 before 900]
joystick_axis_maximum	float[500]	660+	yes	ratio	Max raw value ever seen [Was 15 before 850][Was 24 before 860][was 32 before 900]
joystick_button_values	int[3200]	660+	no	boolean	Is this button pressed? [Was 64 before 850][was 160 before 900]
joy_mapped_axis_avail	int[65]	1040+	no	boolean	True if there is joystick hardware of some kind providing this axis right now.
joy_mapped_axis_value	float[65]	1040+	no	float	Fully processed ratio for each axis – either -1 to 1 or 0 to 1.
eq_ped_nobrk	int	660+	yes	boolean	Hardware settings: Pedal nobrk (writable since 930 to auto-set user preferences)
eq_ped_wibrk	int	660+	yes	boolean	Hardware settings: Pedal wlbrk (writable since 930 to auto-set user preferences)
eq_cirrusII_fun	int	660-740	no	boolean	PFC fun
eq_cirrusII_app	int	660-740	no	boolean	PFC cert
eq_pfc_pedals	int	660+	yes	boolean	Equipment settings: PFC pedal (writable since 930 to auto-set user preferences)
eq_pfc_cirrus2	int	660-740	yes	boolean	Equipment settings: PFC cirrus (writable since 930 to auto-set user preferences)
eq_pfc_yoke	int	820+	yes	boolean	Equipment settings: PFC yoke (writable since 930 to auto-set user preferences)
eq_pfc_throt	int	820+	yes	boolean	Equipment settings: PFC throttle (writable since 930 to auto-set user preferences)
eq_pfc_avio	int	820+	yes	boolean	Equipment settings: PFC avionics (writable since 930 to auto-set user preferences)
eq_pfc_centercon	int	820+	yes	boolean	Equipment settings: PFC center console (writable since 930 to auto-set user preferences)
eq_pfc_elec_trim	int	820+	yes	boolean	Equipment settings: PFC electric trim (writable since 930 to auto-set user preferences)
eq_pfc_brake_tog	int	820+	yes	boolean	Equipment settings: PFC brake toggle (writable since 930 to auto-set user preferences)
eq_pfc_dual_cowl	int	820+	yes	boolean	Equipment settings: PFC dual cowl (writable since 930 to auto-set user preferences)
fire_key_is_down	int	740+	yes	boolean	True if the fire key is held down
has_certified_roll	int	940+	yes	boolean	True if there is FAA-certified hardware controlling the roll.
has_certified_pitch	int	940+	yes	boolean	True if there is FAA-certified hardware controlling the pitch.
has_certified_heading	int	940+	yes	boolean	True if there is FAA-certified hardware controlling the heading.
has_certified_brakes	int	940+	yes	boolean	True if there is FAA-certified hardware controlling the brakes.
has_certified_throttle	int	940+	yes	boolean	True if there is FAA-certified hardware controlling the throttle.
has_certified_prop	int	940+	yes	boolean	True if there is FAA-certified hardware controlling the pitch.
has_certified_mixture	int	940+	yes	boolean	True if there is FAA-certified hardware controlling the mixture.

sim/joystick/pfc/

last_autopilot_button_input	int	710-811	yes	???	???
autopilot_lites	int	710-811	yes	???	???

sim/multiplayer/

aircraft_is_hit	int[20]	1004-1099	no	bool	True when a multiplayer plane has been hit with a weapon
aircraft_is_down	int[20]	1004-1099	no	bool	True when a multiplayer plane crashes

sim/multiplayer/autopilot/

autopilot_mode	int[20]	860-999	yes	enum	The autopilot master mode (off=0, flight director=1, on=2)
altitude	float[20]	860-999	yes	ftmsl	Altitude dialed into the AP
current_altitude	float[20]	860-999	yes	ftmsl	Currently held altitude (remembered until you hit flchg)
vertical_velocity	float[20]	860-999	yes	fpm	Vertical speed to hold
airspeed	float[20]	860-999	yes	knots_mach	Airspeed to hold, this changes from knots to a mach number
heading_mag	float[20]	860-999	yes	degm	The heading to fly (magnetic, preferred) pilot
airspeed_is_mach	int[20]	860-999	yes	boolean	Is our airspeed a mach number
flight_director_pitch	float[20]	860-999	no	degrees	The recommended pitch from the Flight Director.
flight_director_roll	float[20]	860-999	no	degrees	The recommended roll from the Flight Director.
autopilot_state	int[20]	860-999	yes	flags	Various autopilot engage modes, etc. See docs for flags
heading_roll_mode	int[20]	860-999	yes	enum	Bank limit – 0 = auto, 1-6 = 5-30 degrees of bank
syn_hold_deg	float[20]	860-999	yes	degrees	Pitch to hold in pitch-hold-mode

sim/multiplayer/controls/

yoke_pitch_ratio	float[20]	860+	yes	[-1..1]	The deflection of the axis controlling pitch.
yoke_roll_ratio	float[20]	860+	yes	[-1..1]	The deflection of the axis controlling roll.
yoke_heading_ratio	float[20]	860+	yes	[-1..1]	The deflection of the axis controlling yaw.
gear_request	int[20]	860+	yes	enum	0 = up, 1 = down
flap_request	float[20]	860+	yes	[0..1]	Requested flap deployment
speed_brake_request	float[20]	860+	yes	[0..1]	Speed Brake
vector_request	float[20]	860+	yes	[0..1]	Vectored Thrust
sweep__request	float[20]	860+	yes	[0..1]	Wing Sweep
incidence_request	float[20]	860+	yes	[0..1]	Variable Wing Incidence
dihedral_request	float[20]	860+	yes	[0..1]	Variable Wing Dihedral
tail_lock_ratio	float[20]	860+	yes	[0..1]	This is how locked the tail-wheel is … 0 is free castoring, 1 is locked.
l_brake_add	float[20]	860+	yes	[0..1]	Left Brake (off to max braking)
r_brake_add	float[20]	860+	yes	[0..1]	Right Brake (off to max braking)
parking_brake	float[20]	860+	yes	[0..1]	Parking Brake (off to max braking)
aileron_trim	float[20]	860+	yes	[-1..1]	Aileron Trim (as ratio of full control surface deflection) -1=left,1=right
elevator_trim	float[20]	860+	yes	[-1..1]	Elevation Trim (as ratio of full control surface deflection) -1=down,1=up
rotor_trim	float[20]	860+	yes	[-1..1]	Rotor Trim (as ratio of full control surface deflection) -1=nose down,1=nose up
rudder_trim	float[20]	860+	yes	[-1..1]	Rudder Trim (as ratio of full control surface deflection) -1=left,1=right
engine_throttle_request	float[20]	860+	yes	[0..1]	Requested Throttle Position
engine_prop_request	float[20]	860+	yes	[0..1]	Requested Prop Position
engine_pitch_request	float[20]	860+	yes	[0..1]	Requested Pitch Position
engine_mixture_request	float[20]	860+	yes	[0..1]	Requested Mixture Position

sim/multiplayer/position/

plane1_x	double	660+	yes	meters	Plane 1 x location
plane1_y	double	660+	yes	meters	Plane 1 y location
plane1_z	double	660+	yes	meters	Plane 1 z location
plane1_the	float	660+	yes	degrees	Plane 1 theta (pitch)
plane1_phi	float	660+	yes	degrees	Plane 1 phi (roll)
plane1_psi	float	660+	yes	degrees	Plane 1 psi (heading)
plane1_gear_deploy	float[10]	660+	yes	ratio	Plane 1 gear deployment for 6 gear. 0 = up, 1 = down
plane1_flap_ratio	float	660+	yes	ratio	Plane 1 flap lowering 0 = clean, 1 = max flaps
plane1_flap_ratio2	float	815+	yes	ratio	Plane 1 flap lowering 0 = clean, 1 = max flaps
plane1_spoiler_ratio	float	660+	yes	ratio	Plane 1 spoiler ratio (0 = clean, 1 = max spoilers)
plane1_speedbrake_ratio	float	660+	yes	ratio	Plane 1 speed brake ratio (0 = clean, 1 = max speed brakes)
plane1_slat_ratio	float	660+	yes	ratio	Plane 1 slat deployment ratio 0 = clean, 1 = max slats
plane1_wing_sweep	float	660+	yes	ratio	Plane 1 wing sweep, 0 = normal, 1 = most sweep
plane1_throttle	float[8]	660+	yes	ratio	Plane 1 Percent of max throttle per 8 engines (0 = none, 1 = full fwd, -1 = full reverse)
plane1_yolk_pitch	float	660+	yes	ratio	Plane 1 Commanded pitch (Legacy for compatibility – use sim/multiplayer/controls/yoke_pitch_ratio)
plane1_yolk_roll	float	660+	yes	ratio	Plane 1 Commanded roll (Legacy for compatibility – use sim/multiplayer/controls/yoke_roll_ratio)
plane1_yolk_yaw	float	660+	yes	ratio	Plane 1 Commanded yaw (Legacy for compatibility – use sim/multiplayer/controls/yoke_heading_ratio)
plane2_x	double	660+	yes	meters	Plane 2 x location
plane2_y	double	660+	yes	meters	Plane 2 y location
plane2_z	double	660+	yes	meters	Plane 2 z location
plane2_the	float	660+	yes	degrees	Plane 2 theta (pitch)
plane2_phi	float	660+	yes	degrees	Plane 2 phi (roll)
plane2_psi	float	660+	yes	degrees	Plane 2 psi (heading)
plane2_gear_deploy	float[10]	660+	yes	ratio	Plane 2 gear deployment for 6 gear. 0 = up, 1 = down
plane2_flap_ratio	float	660+	yes	ratio	Plane 2 flap lowering 0 = clean, 1 = max flaps
plane2_flap_ratio2	float	815+	yes	ratio	Plane 1 flap lowering 0 = clean, 1 = max flaps
plane2_spoiler_ratio	float	660+	yes	ratio	Plane 2 spoiler ratio (0 = clean, 1 = max spoilers)
plane2_speedbrake_ratio	float	660+	yes	ratio	Plane 2 speed brake ratio (0 = clean, 1 = max speed brakes)
plane2_sla1_ratio	float	660+	yes	ratio	Plane 2 slat deployment ratio 0 = clean, 1 = max slats
plane2_wing_sweep	float	660+	yes	ratio	Plane 2 wing sweep, 0 = normal, 1 = most sweep
plane2_throttle	float[8]	660+	yes	ratio	Plane 2 Percent of max throttle per 8 engines (0 = none, 1 = full fwd, -1 = full reverse)
plane2_yolk_pitch	float	660+	yes	ratio	Plane 2 Commanded pitch (Legacy for compatibility – use sim/multiplayer/controls/yoke_pitch_ratio)
plane2_yolk_roll	float	660+	yes	ratio	Plane 2 Commanded roll (Legacy for compatibility – use sim/multiplayer/controls/yoke_roll_ratio)
plane2_yolk_yaw	float	660+	yes	ratio	Plane 2 Commanded yaw (Legacy for compatibility – use sim/multiplayer/controls/yoke_heading_ratio)
plane3_x	double	660+	yes	meters	Plane 3 x location
plane3_y	double	660+	yes	meters	Plane 3 y location
plane3_z	double	660+	yes	meters	Plane 3 z location
plane3_the	float	660+	yes	degrees	Plane 3 theta (pitch)
plane3_phi	float	660+	yes	degrees	Plane 3 phi (roll)
plane3_psi	float	660+	yes	degrees	Plane 3 psi (heading)
plane3_gear_deploy	float[10]	660+	yes	ratio	Plane 3 gear deployment for 6 gear. 0 = up, 1 = down
plane3_flap_ratio	float	660+	yes	ratio	Plane 3 flap lowering 0 = clean, 1 = max flaps
plane3_flap_ratio2	float	815+	yes	ratio	Plane 1 flap lowering 0 = clean, 1 = max flaps
plane3_spoiler_ratio	float	660+	yes	ratio	Plane 3 spoiler ratio (0 = clean, 1 = max spoilers)
plane3_speedbrake_ratio	float	660+	yes	ratio	Plane 3 speed brake ratio (0 = clean, 1 = max speed brakes)
plane3_sla1_ratio	float	660+	yes	ratio	Plane 3 slat deployment ratio 0 = clean, 1 = max slats
plane3_wing_sweep	float	660+	yes	ratio	Plane 3 wing sweep, 0 = normal, 1 = most sweep
plane3_throttle	float[8]	660+	yes	ratio	Plane 3 Percent of max throttle per 8 engines (0 = none, 1 = full fwd, -1 = full reverse)
plane3_yolk_pitch	float	660+	yes	ratio	Plane 3 Commanded pitch (Legacy for compatibility – use sim/multiplayer/controls/yoke_pitch_ratio)
plane3_yolk_roll	float	660+	yes	ratio	Plane 3 Commanded roll (Legacy for compatibility – use sim/multiplayer/controls/yoke_roll_ratio)
plane3_yolk_yaw	float	660+	yes	ratio	Plane 3 Commanded yaw (Legacy for compatibility – use sim/multiplayer/controls/yoke_heading_ratio)
plane4_x	double	660+	yes	meters	Plane 4 x location
plane4_y	double	660+	yes	meters	Plane 4 y location
plane4_z	double	660+	yes	meters	Plane 4 z location
plane4_the	float	660+	yes	degrees	Plane 4 theta (pitch)
plane4_phi	float	660+	yes	degrees	Plane 4 phi (roll)
plane4_psi	float	660+	yes	degrees	Plane 4 psi (heading)
plane4_gear_deploy	float[10]	660+	yes	ratio	Plane 4 gear deployment for 6 gear. 0 = up, 1 = down
plane4_flap_ratio	float	660+	yes	ratio	Plane 4 flap lowering 0 = clean, 1 = max flaps
plane4_flap_ratio2	float	815+	yes	ratio	Plane 1 flap lowering 0 = clean, 1 = max flaps
plane4_spoiler_ratio	float	660+	yes	ratio	Plane 4 spoiler ratio (0 = clean, 1 = max spoilers)
plane4_speedbrake_ratio	float	660+	yes	ratio	Plane 4 speed brake ratio (0 = clean, 1 = max speed brakes)
plane4_sla1_ratio	float	660+	yes	ratio	Plane 4 slat deployment ratio 0 = clean, 1 = max slats
plane4_wing_sweep	float	660+	yes	ratio	Plane 4 wing sweep, 0 = normal, 1 = most sweep
plane4_throttle	float[8]	660+	yes	ratio	Plane 4 Percent of max throttle per 8 engines (0 = none, 1 = full fwd, -1 = full reverse)
plane4_yolk_pitch	float	660+	yes	ratio	Plane 4 Commanded pitch (Legacy for compatibility – use sim/multiplayer/controls/yoke_pitch_ratio)
plane4_yolk_roll	float	660+	yes	ratio	Plane 4 Commanded roll (Legacy for compatibility – use sim/multiplayer/controls/yoke_roll_ratio)
plane4_yolk_yaw	float	660+	yes	ratio	Plane 4 Commanded yaw (Legacy for compatibility – use sim/multiplayer/controls/yoke_heading_ratio)
plane5_x	double	660+	yes	meters	Plane 5 x location
plane5_y	double	660+	yes	meters	Plane 5 y location
plane5_z	double	660+	yes	meters	Plane 5 z location
plane5_the	float	660+	yes	degrees	Plane 5 theta (pitch)
plane5_phi	float	660+	yes	degrees	Plane 5 phi (roll)
plane5_psi	float	660+	yes	degrees	Plane 5 psi (heading)
plane5_gear_deploy	float[10]	660+	yes	ratio	Plane 5 gear deployment for 6 gear. 0 = up, 1 = down
plane5_flap_ratio	float	660+	yes	ratio	Plane 5 flap lowering 0 = clean, 1 = max flaps
plane5_flap_ratio2	float	815+	yes	ratio	Plane 1 flap lowering 0 = clean, 1 = max flaps
plane5_spoiler_ratio	float	660+	yes	ratio	Plane 5 spoiler ratio (0 = clean, 1 = max spoilers)
plane5_speedbrake_ratio	float	660+	yes	ratio	Plane 5 speed brake ratio (0 = clean, 1 = max speed brakes)
plane5_sla1_ratio	float	660+	yes	ratio	Plane 5 slat deployment ratio 0 = clean, 1 = max slats
plane5_wing_sweep	float	660+	yes	ratio	Plane 5 wing sweep, 0 = normal, 1 = most sweep
plane5_throttle	float[8]	660+	yes	ratio	Plane 5 Percent of max throttle per 8 engines (0 = none, 1 = full fwd, -1 = full reverse)
plane5_yolk_pitch	float	660+	yes	ratio	Plane 5 Commanded pitch (Legacy for compatibility – use sim/multiplayer/controls/yoke_pitch_ratio)
plane5_yolk_roll	float	660+	yes	ratio	Plane 5 Commanded roll (Legacy for compatibility – use sim/multiplayer/controls/yoke_roll_ratio)
plane5_yolk_yaw	float	660+	yes	ratio	Plane 5 Commanded yaw (Legacy for compatibility – use sim/multiplayer/controls/yoke_heading_ratio)
plane6_x	double	660+	yes	meters	Plane 6 x location
plane6_y	double	660+	yes	meters	Plane 6 y location
plane6_z	double	660+	yes	meters	Plane 6 z location
plane6_the	float	660+	yes	degrees	Plane 6 theta (pitch)
plane6_phi	float	660+	yes	degrees	Plane 6 phi (roll)
plane6_psi	float	660+	yes	degrees	Plane 6 psi (heading)
plane6_gear_deploy	float[10]	660+	yes	ratio	Plane 6 gear deployment for 6 gear. 0 = up, 1 = down
plane6_flap_ratio	float	660+	yes	ratio	Plane 6 flap lowering 0 = clean, 1 = max flaps
plane6_flap_ratio2	float	815+	yes	ratio	Plane 1 flap lowering 0 = clean, 1 = max flaps
plane6_spoiler_ratio	float	660+	yes	ratio	Plane 6 spoiler ratio (0 = clean, 1 = max spoilers)
plane6_speedbrake_ratio	float	660+	yes	ratio	Plane 6 speed brake ratio (0 = clean, 1 = max speed brakes)
plane6_sla1_ratio	float	660+	yes	ratio	Plane 6 slat deployment ratio 0 = clean, 1 = max slats
plane6_wing_sweep	float	660+	yes	ratio	Plane 6 wing sweep, 0 = normal, 1 = most sweep
plane6_throttle	float[8]	660+	yes	ratio	Plane 6 Percent of max throttle per 8 engines (0 = none, 1 = full fwd, -1 = full reverse)
plane6_yolk_pitch	float	660+	yes	ratio	Plane 6 Commanded pitch (Legacy for compatibility – use sim/multiplayer/controls/yoke_pitch_ratio)
plane6_yolk_roll	float	660+	yes	ratio	Plane 6 Commanded roll (Legacy for compatibility – use sim/multiplayer/controls/yoke_roll_ratio)
plane6_yolk_yaw	float	660+	yes	ratio	Plane 6 Commanded yaw (Legacy for compatibility – use sim/multiplayer/controls/yoke_heading_ratio)
plane7_x	double	660+	yes	meters	Plane 7 x location
plane7_y	double	660+	yes	meters	Plane 7 y location
plane7_z	double	660+	yes	meters	Plane 7 z location
plane7_the	float	660+	yes	degrees	Plane 7 theta (pitch)
plane7_phi	float	660+	yes	degrees	Plane 7 phi (roll)
plane7_psi	float	660+	yes	degrees	Plane 7 psi (heading)
plane7_gear_deploy	float[10]	660+	yes	ratio	Plane 7 gear deployment for 6 gear. 0 = up, 1 = down
plane7_flap_ratio	float	660+	yes	ratio	Plane 7 flap lowering 0 = clean, 1 = max flaps
plane7_flap_ratio2	float	815+	yes	ratio	Plane 1 flap lowering 0 = clean, 1 = max flaps
plane7_spoiler_ratio	float	660+	yes	ratio	Plane 7 spoiler ratio (0 = clean, 1 = max spoilers)
plane7_speedbrake_ratio	float	660+	yes	ratio	Plane 7 speed brake ratio (0 = clean, 1 = max speed brakes)
plane7_sla1_ratio	float	660+	yes	ratio	Plane 7 slat deployment ratio 0 = clean, 1 = max slats
plane7_wing_sweep	float	660+	yes	ratio	Plane 7 wing sweep, 0 = normal, 1 = most sweep
plane7_throttle	float[8]	660+	yes	ratio	Plane 7 Percent of max throttle per 8 engines (0 = none, 1 = full fwd, -1 = full reverse)
plane7_yolk_pitch	float	660+	yes	ratio	Plane 7 Commanded pitch (Legacy for compatibility – use sim/multiplayer/controls/yoke_pitch_ratio)
plane7_yolk_roll	float	660+	yes	ratio	Plane 7 Commanded roll (Legacy for compatibility – use sim/multiplayer/controls/yoke_roll_ratio)
plane7_yolk_yaw	float	660+	yes	ratio	Plane 7 Commanded yaw (Legacy for compatibility – use sim/multiplayer/controls/yoke_heading_ratio)
plane8_x	double	700+	yes	meters	Plane 8 x location
plane8_y	double	700+	yes	meters	Plane 8 y location
plane8_z	double	700+	yes	meters	Plane 8 z location
plane8_the	float	700+	yes	degrees	Plane 8 theta (pitch)
plane8_phi	float	700+	yes	degrees	Plane 8 phi (roll)
plane8_psi	float	700+	yes	degrees	Plane 8 psi (heading)
plane8_gear_deploy	float[10]	700+	yes	ratio	Plane 8 gear deployment for 6 gear. 0 = up, 1 = down
plane8_flap_ratio	float	700+	yes	ratio	Plane 8 flap lowering 0 = clean, 1 = max flaps
plane8_flap_ratio2	float	815+	yes	ratio	Plane 1 flap lowering 0 = clean, 1 = max flaps
plane8_spoiler_ratio	float	700+	yes	ratio	Plane 8 spoiler ratio (0 = clean, 1 = max spoilers)
plane8_speedbrake_ratio	float	700+	yes	ratio	Plane 8 speed brake ratio (0 = clean, 1 = max speed brakes)
plane8_sla1_ratio	float	700+	yes	ratio	Plane 8 slat deployment ratio 0 = clean, 1 = max slats
plane8_wing_sweep	float	700+	yes	ratio	Plane 8 wing sweep, 0 = normal, 1 = most sweep
plane8_throttle	float[8]	700+	yes	ratio	Plane 8 Percent of max throttle per 8 engines (0 = none, 1 = full fwd, -1 = full reverse)
plane8_yolk_pitch	float	700+	yes	ratio	Plane 8 Commanded pitch (Legacy for compatibility – use sim/multiplayer/controls/yoke_pitch_ratio)
plane8_yolk_roll	float	700+	yes	ratio	Plane 8 Commanded roll (Legacy for compatibility – use sim/multiplayer/controls/yoke_roll_ratio)
plane8_yolk_yaw	float	700+	yes	ratio	Plane 8 Commanded yaw (Legacy for compatibility – use sim/multiplayer/controls/yoke_heading_ratio)
plane9_x	double	700+	yes	meters	Plane 9 x location
plane9_y	double	700+	yes	meters	Plane 9 y location
plane9_z	double	700+	yes	meters	Plane 9 z location
plane9_the	float	700+	yes	degrees	Plane 9 theta (pitch)
plane9_phi	float	700+	yes	degrees	Plane 9 phi (roll)
plane9_psi	float	700+	yes	degrees	Plane 9 psi (heading)
plane9_gear_deploy	float[10]	700+	yes	ratio	Plane 9 gear deployment for 6 gear. 0 = up, 1 = down
plane9_flap_ratio	float	700+	yes	ratio	Plane 9 flap lowering 0 = clean, 1 = max flaps
plane9_flap_ratio2	float	815+	yes	ratio	Plane 1 flap lowering 0 = clean, 1 = max flaps
plane9_spoiler_ratio	float	700+	yes	ratio	Plane 9 spoiler ratio (0 = clean, 1 = max spoilers)
plane9_speedbrake_ratio	float	700+	yes	ratio	Plane 9 speed brake ratio (0 = clean, 1 = max speed brakes)
plane9_sla1_ratio	float	700+	yes	ratio	Plane 9 slat deployment ratio 0 = clean, 1 = max slats
plane9_wing_sweep	float	700+	yes	ratio	Plane 9 wing sweep, 0 = normal, 1 = most sweep
plane9_throttle	float[8]	700+	yes	ratio	Plane 9 Percent of max throttle per 8 engines (0 = none, 1 = full fwd, -1 = full reverse)
plane9_yolk_pitch	float	700+	yes	ratio	Plane 9 Commanded pitch (Legacy for compatibility – use sim/multiplayer/controls/yoke_pitch_ratio)
plane9_yolk_roll	float	700+	yes	ratio	Plane 9 Commanded roll (Legacy for compatibility – use sim/multiplayer/controls/yoke_roll_ratio)
plane9_yolk_yaw	float	700+	yes	ratio	Plane 9 Commanded yaw (Legacy for compatibility – use sim/multiplayer/controls/yoke_heading_ratio)
plane1_lat	double	715+	no	degs	Plane 1 Lat lon and elevation. NOTE: your plugin must set the plane’s
plane1_lon	double	715+	no	degs	position by writing x, y and z. Also if another plugin is updating plane
plane1_el	double	715+	no	meters	position then these will not be accurate unless the plane updates them.
plane1_v_x	float	715+	yes	m/s	Plane 1 cartesian velocities. These may not be accurate if another plugin
plane1_v_y	float	715+	yes	m/s	is controlling the plane andn ot updating this data. You cannot use these to
plane1_v_z	float	715+	yes	m/s	manipulate the plane.
plane2_lat	double	715+	no	degs	Plane 2 Lat lon and elevation. NOTE: your plugin must set the plane’s
plane2_lon	double	715+	no	degs	position by writing x, y and z. Also if another plugin is updating plane
plane2_el	double	715+	no	meters	position then these will not be accurate unless the plane updates them.
plane2_v_x	float	715+	yes	m/s	Plane 2 cartesian velocities. These may not be accurate if another plugin
plane2_v_y	float	715+	yes	m/s	is controlling the plane andn ot updating this data. You cannot use these to
plane2_v_z	float	715+	yes	m/s	manipulate the plane.
plane3_lat	double	715+	no	degs	Plane 3 Lat lon and elevation. NOTE: your plugin must set the plane’s
plane3_lon	double	715+	no	degs	position by writing x, y and z. Also if another plugin is updating plane
plane3_el	double	715+	no	meters	position then these will not be accurate unless the plane updates them.
plane3_v_x	float	715+	yes	m/s	Plane 3 cartesian velocities. These may not be accurate if another plugin
plane3_v_y	float	715+	yes	m/s	is controlling the plane andn ot updating this data. You cannot use these to
plane3_v_z	float	715+	yes	m/s	manipulate the plane.
plane4_lat	double	715+	no	degs	Plane 4 Lat lon and elevation. NOTE: your plugin must set the plane’s
plane4_lon	double	715+	no	degs	position by writing x, y and z. Also if another plugin is updating plane
plane4_el	double	715+	no	meters	position then these will not be accurate unless the plane updates them.
plane4_v_x	float	715+	yes	m/s	Plane 4 cartesian velocities. These may not be accurate if another plugin
plane4_v_y	float	715+	yes	m/s	is controlling the plane andn ot updating this data. You cannot use these to
plane4_v_z	float	715+	yes	m/s	manipulate the plane.
plane5_lat	double	715+	no	degs	Plane 5 Lat lon and elevation. NOTE: your plugin must set the plane’s
plane5_lon	double	715+	no	degs	position by writing x, y and z. Also if another plugin is updating plane
plane5_el	double	715+	no	meters	position then these will not be accurate unless the plane updates them.
plane5_v_x	float	715+	yes	m/s	Plane 5 cartesian velocities. These may not be accurate if another plugin
plane5_v_y	float	715+	yes	m/s	is controlling the plane andn ot updating this data. You cannot use these to
plane5_v_z	float	715+	yes	m/s	manipulate the plane.
plane6_lat	double	715+	no	degs	Plane 6 Lat lon and elevation. NOTE: your plugin must set the plane’s
plane6_lon	double	715+	no	degs	position by writing x, y and z. Also if another plugin is updating plane
plane6_el	double	715+	no	meters	position then these will not be accurate unless the plane updates them.
plane6_v_x	float	715+	yes	m/s	Plane 6 cartesian velocities. These may not be accurate if another plugin
plane6_v_y	float	715+	yes	m/s	is controlling the plane andn ot updating this data. You cannot use these to
plane6_v_z	float	715+	yes	m/s	manipulate the plane.
plane7_lat	double	715+	no	degs	Plane 7 Lat lon and elevation. NOTE: your plugin must set the plane’s
plane7_lon	double	715+	no	degs	position by writing x, y and z. Also if another plugin is updating plane
plane7_el	double	715+	no	meters	position then these will not be accurate unless the plane updates them.
plane7_v_x	float	715+	yes	m/s	Plane 7 cartesian velocities. These may not be accurate if another plugin
plane7_v_y	float	715+	yes	m/s	is controlling the plane andn ot updating this data. You cannot use these to
plane7_v_z	float	715+	yes	m/s	manipulate the plane.
plane8_lat	double	715+	no	degs	Plane 8 Lat lon and elevation. NOTE: your plugin must set the plane’s
plane8_lon	double	715+	no	degs	position by writing x, y and z. Also if another plugin is updating plane
plane8_el	double	715+	no	meters	position then these will not be accurate unless the plane updates them.
plane8_v_x	float	715+	yes	m/s	Plane 8 cartesian velocities. These may not be accurate if another plugin
plane8_v_y	float	715+	yes	m/s	is controlling the plane andn ot updating this data. You cannot use these to
plane8_v_z	float	715+	yes	m/s	manipulate the plane.
plane9_lat	double	715+	no	degs	Plane 9 Lat lon and elevation. NOTE: your plugin must set the plane’s
plane9_lon	double	715+	no	degs	position by writing x, y and z. Also if another plugin is updating plane
plane9_el	double	715+	no	meters	position then these will not be accurate unless the plane updates them.
plane9_v_x	float	715+	yes	m/s	Plane 9 cartesian velocities. These may not be accurate if another plugin
plane9_v_y	float	715+	yes	m/s	is controlling the plane andn ot updating this data. You cannot use these to
plane9_v_z	float	715+	yes	m/s	manipulate the plane.
plane1_beacon_lights_on	int	850+	yes	bool	Plane 1 Beacon Light
plane1_landing_lights_on	int	850+	yes	bool	Plane 1 Landing Light
plane1_nav_lights_on	int	850+	yes	bool	Plane 1 Navigation Light
plane1_strobe_lights_on	int	850+	yes	bool	Plane 1 Strobe Light
plane1_taxi_light_on	int	850+	yes	bool	Plane 1 Taxi Lights
plane2_beacon_lights_on	int	850+	yes	bool	Plane 2 Beacon Light
plane2_landing_lights_on	int	850+	yes	bool	Plane 2 Landing Light
plane2_nav_lights_on	int	850+	yes	bool	Plane 2 Navigation Light
plane2_strobe_lights_on	int	850+	yes	bool	Plane 2 Strobe Light
plane2_taxi_light_on	int	850+	yes	bool	Plane 2 Taxi Lights
plane3_beacon_lights_on	int	850+	yes	bool	Plane 3 Beacon Light
plane3_landing_lights_on	int	850+	yes	bool	Plane 3 Landing Light
plane3_nav_lights_on	int	850+	yes	bool	Plane 3 Navigation Light
plane3_strobe_lights_on	int	850+	yes	bool	Plane 3 Strobe Light
plane3_taxi_light_on	int	850+	yes	bool	Plane 3 Taxi Lights
plane4_beacon_lights_on	int	850+	yes	bool	Plane 4 Beacon Light
plane4_landing_lights_on	int	850+	yes	bool	Plane 4 Landing Light
plane4_nav_lights_on	int	850+	yes	bool	Plane 4 Navigation Light
plane4_strobe_lights_on	int	850+	yes	bool	Plane 4 Strobe Light
plane4_taxi_light_on	int	850+	yes	bool	Plane 4 Taxi Lights
plane5_beacon_lights_on	int	850+	yes	bool	Plane 5 Beacon Light
plane5_landing_lights_on	int	850+	yes	bool	Plane 5 Landing Light
plane5_nav_lights_on	int	850+	yes	bool	Plane 5 Navigation Light
plane5_strobe_lights_on	int	850+	yes	bool	Plane 5 Strobe Light
plane5_taxi_light_on	int	850+	yes	bool	Plane 5 Taxi Lights
plane6_beacon_lights_on	int	850+	yes	bool	Plane 6 Beacon Light
plane6_landing_lights_on	int	850+	yes	bool	Plane 6 Landing Light
plane6_nav_lights_on	int	850+	yes	bool	Plane 6 Navigation Light
plane6_strobe_lights_on	int	850+	yes	bool	Plane 6 Strobe Light
plane6_taxi_light_on	int	850+	yes	bool	Plane 6 Taxi Lights
plane7_beacon_lights_on	int	850+	yes	bool	Plane 7 Beacon Light
plane7_landing_lights_on	int	850+	yes	bool	Plane 7 Landing Light
plane7_nav_lights_on	int	850+	yes	bool	Plane 7 Navigation Light
plane7_strobe_lights_on	int	850+	yes	bool	Plane 7 Strobe Light
plane7_taxi_light_on	int	850+	yes	bool	Plane 7 Taxi Lights
plane8_beacon_lights_on	int	850+	yes	bool	Plane 8 Beacon Light
plane8_landing_lights_on	int	850+	yes	bool	Plane 8 Landing Light
plane8_nav_lights_on	int	850+	yes	bool	Plane 8 Navigation Light
plane8_strobe_lights_on	int	850+	yes	bool	Plane 8 Strobe Light
plane8_taxi_light_on	int	850+	yes	bool	Plane 8 Taxi Lights
plane9_beacon_lights_on	int	850+	yes	bool	Plane 9 Beacon Light
plane9_landing_lights_on	int	850+	yes	bool	Plane 9 Landing Light
plane9_nav_lights_on	int	850+	yes	bool	Plane 9 Navigation Light
plane9_strobe_lights_on	int	850+	yes	bool	Plane 9 Strobe Light
plane9_taxi_light_on	int	850+	yes	bool	Plane 9 Taxi Lights
plane10_beacon_lights_on	int	850+	yes	bool	Plane 10 Beacon Light
plane10_landing_lights_on	int	850+	yes	bool	Plane 10 Landing Light
plane10_nav_lights_on	int	850+	yes	bool	Plane 10 Navigation Light
plane10_strobe_lights_on	int	850+	yes	bool	Plane 10 Strobe Light
plane10_taxi_light_on	int	850+	yes	bool	Plane 10 Taxi Lights
plane11_beacon_lights_on	int	850+	yes	bool	Plane 11 Beacon Light
plane11_landing_lights_on	int	850+	yes	bool	Plane 11 Landing Light
plane11_nav_lights_on	int	850+	yes	bool	Plane 11 Navigation Light
plane11_strobe_lights_on	int	850+	yes	bool	Plane 11 Strobe Light
plane11_taxi_light_on	int	850+	yes	bool	Plane 11 Taxi Lights
plane12_beacon_lights_on	int	850+	yes	bool	Plane 12 Beacon Light
plane12_landing_lights_on	int	850+	yes	bool	Plane 12 Landing Light
plane12_nav_lights_on	int	850+	yes	bool	Plane 12 Navigation Light
plane12_strobe_lights_on	int	850+	yes	bool	Plane 12 Strobe Light
plane12_taxi_light_on	int	850+	yes	bool	Plane 12 Taxi Lights
plane13_beacon_lights_on	int	850+	yes	bool	Plane 13 Beacon Light
plane13_landing_lights_on	int	850+	yes	bool	Plane 13 Landing Light
plane13_nav_lights_on	int	850+	yes	bool	Plane 13 Navigation Light
plane13_strobe_lights_on	int	850+	yes	bool	Plane 13 Strobe Light
plane13_taxi_light_on	int	850+	yes	bool	Plane 13 Taxi Lights
plane14_beacon_lights_on	int	850+	yes	bool	Plane 14 Beacon Light
plane14_landing_lights_on	int	850+	yes	bool	Plane 14 Landing Light
plane14_nav_lights_on	int	850+	yes	bool	Plane 14 Navigation Light
plane14_strobe_lights_on	int	850+	yes	bool	Plane 14 Strobe Light
plane14_taxi_light_on	int	850+	yes	bool	Plane 14 Taxi Lights
plane15_beacon_lights_on	int	850+	yes	bool	Plane 15 Beacon Light
plane15_landing_lights_on	int	850+	yes	bool	Plane 15 Landing Light
plane15_nav_lights_on	int	850+	yes	bool	Plane 15 Navigation Light
plane15_strobe_lights_on	int	850+	yes	bool	Plane 15 Strobe Light
plane15_taxi_light_on	int	850+	yes	bool	Plane 15 Taxi Lights
plane16_beacon_lights_on	int	850+	yes	bool	Plane 16 Beacon Light
plane16_landing_lights_on	int	850+	yes	bool	Plane 16 Landing Light
plane16_nav_lights_on	int	850+	yes	bool	Plane 16 Navigation Light
plane16_strobe_lights_on	int	850+	yes	bool	Plane 16 Strobe Light
plane16_taxi_light_on	int	850+	yes	bool	Plane 16 Taxi Lights
plane17_beacon_lights_on	int	850+	yes	bool	Plane 17 Beacon Light
plane17_landing_lights_on	int	850+	yes	bool	Plane 17 Landing Light
plane17_nav_lights_on	int	850+	yes	bool	Plane 17 Navigation Light
plane17_strobe_lights_on	int	850+	yes	bool	Plane 17 Strobe Light
plane17_taxi_light_on	int	850+	yes	bool	Plane 17 Taxi Lights
plane18_beacon_lights_on	int	850+	yes	bool	Plane 18 Beacon Light
plane18_landing_lights_on	int	850+	yes	bool	Plane 18 Landing Light
plane18_nav_lights_on	int	850+	yes	bool	Plane 18 Navigation Light
plane18_strobe_lights_on	int	850+	yes	bool	Plane 18 Strobe Light
plane18_taxi_light_on	int	850+	yes	bool	Plane 18 Taxi Lights
plane19_beacon_lights_on	int	850+	yes	bool	Plane 19 Beacon Light
plane19_landing_lights_on	int	850+	yes	bool	Plane 19 Landing Light
plane19_nav_lights_on	int	850+	yes	bool	Plane 19 Navigation Light
plane19_strobe_lights_on	int	850+	yes	bool	Plane 19 Strobe Light
plane19_taxi_light_on	int	850+	yes	bool	Plane 19 Taxi Lights
plane10_x	double	850+	yes	meters	Plane 10 x location
plane10_y	double	850+	yes	meters	Plane 10 y location
plane10_z	double	850+	yes	meters	Plane 10 z location
plane10_the	float	850+	yes	degrees	Plane 10 theta (pitch)
plane10_phi	float	850+	yes	degrees	Plane 10 phi (roll)
plane10_psi	float	850+	yes	degrees	Plane 10 psi (heading)
plane10_gear_deploy	float[10]	850+	yes	ratio	Plane 10 gear deployment for 6 gear. 0 = up, 1 = down
plane10_flap_ratio	float	850+	yes	ratio	Plane 10 flap lowering 0 = clean, 1 = max flaps
plane10_flap_ratio2	float	850+	yes	ratio	Plane 10 flap lowering 0 = clean, 1 = max flaps
plane10_spoiler_ratio	float	850+	yes	ratio	Plane 10 spoiler ratio (0 = clean, 1 = max spoilers)
plane10_speedbrake_ratio	float	850+	yes	ratio	Plane 10 speed brake ratio (0 = clean, 1 = max speed brakes)
plane10_sla1_ratio	float	850+	yes	ratio	Plane 10 slat deployment ratio 0 = clean, 1 = max slats
plane10_wing_sweep	float	850+	yes	ratio	Plane 10 wing sweep, 0 = normal, 1 = most sweep
plane10_throttle	float[8]	850+	yes	ratio	Plane 10 Percent of max throttle per 8 engines (0 = none, 1 = full fwd, -1 = full reverse)
plane10_yolk_pitch	float	850+	yes	ratio	Plane 10 Commanded pitch (Legacy for compatibility – use sim/multiplayer/controls/yoke_pitch_ratio)
plane10_yolk_roll	float	850+	yes	ratio	Plane 10 Commanded roll (Legacy for compatibility – use sim/multiplayer/controls/yoke_roll_ratio)
plane10_yolk_yaw	float	850+	yes	ratio	Plane 10 Commanded yaw (Legacy for compatibility – use sim/multiplayer/controls/yoke_heading_ratio)
plane10_lat	double	850+	yes	degs	Plane 10 Lat lon and elevation. NOTE: your plugin must set the plane’s
plane10_lon	double	850+	yes	degs	position by writing x, y and z. Also if another plugin is updating plane
plane10_el	double	850+	yes	meters	position then these will not be accurate unless the plane updates them.
plane10_v_x	float	850+	yes	m/s	Plane 10 cartesian velocities. These may not be accurate if another plugin
plane10_v_y	float	850+	yes	m/s	is controlling the plane andn ot updating this data. You cannot use these to
plane10_v_z	float	850+	yes	m/s	manipulate the plane.
plane11_x	double	850+	yes	meters	Plane 11 x location
plane11_y	double	850+	yes	meters	Plane 11 y location
plane11_z	double	850+	yes	meters	Plane 11 z location
plane11_the	float	850+	yes	degrees	Plane 11 theta (pitch)
plane11_phi	float	850+	yes	degrees	Plane 11 phi (roll)
plane11_psi	float	850+	yes	degrees	Plane 11 psi (heading)
plane11_gear_deploy	float[10]	850+	yes	ratio	Plane 11 gear deployment for 6 gear. 0 = up, 1 = down
plane11_flap_ratio	float	850+	yes	ratio	Plane 11 flap lowering 0 = clean, 1 = max flaps
plane11_flap_ratio2	float	850+	yes	ratio	Plane 11 flap lowering 0 = clean, 1 = max flaps
plane11_spoiler_ratio	float	850+	yes	ratio	Plane 11 spoiler ratio (0 = clean, 1 = max spoilers)
plane11_speedbrake_ratio	float	850+	yes	ratio	Plane 11 speed brake ratio (0 = clean, 1 = max speed brakes)
plane11_sla1_ratio	float	850+	yes	ratio	Plane 11 slat deployment ratio 0 = clean, 1 = max slats
plane11_wing_sweep	float	850+	yes	ratio	Plane 11 wing sweep, 0 = normal, 1 = most sweep
plane11_throttle	float[8]	850+	yes	ratio	Plane 11 Percent of max throttle per 8 engines (0 = none, 1 = full fwd, -1 = full reverse)
plane11_yolk_pitch	float	850+	yes	ratio	Plane 11 Commanded pitch (Legacy for compatibility – use sim/multiplayer/controls/yoke_pitch_ratio)
plane11_yolk_roll	float	850+	yes	ratio	Plane 11 Commanded roll (Legacy for compatibility – use sim/multiplayer/controls/yoke_roll_ratio)
plane11_yolk_yaw	float	850+	yes	ratio	Plane 11 Commanded yaw (Legacy for compatibility – use sim/multiplayer/controls/yoke_heading_ratio)
plane11_lat	double	850+	yes	degs	Plane 11 Lat lon and elevation. NOTE: your plugin must set the plane’s
plane11_lon	double	850+	yes	degs	position by writing x, y and z. Also if another plugin is updating plane
plane11_el	double	850+	yes	meters	position then these will not be accurate unless the plane updates them.
plane11_v_x	float	850+	yes	m/s	Plane 11 cartesian velocities. These may not be accurate if another plugin
plane11_v_y	float	850+	yes	m/s	is controlling the plane andn ot updating this data. You cannot use these to
plane11_v_z	float	850+	yes	m/s	manipulate the plane.
plane12_x	double	850+	yes	meters	Plane 12 x location
plane12_y	double	850+	yes	meters	Plane 12 y location
plane12_z	double	850+	yes	meters	Plane 12 z location
plane12_the	float	850+	yes	degrees	Plane 12 theta (pitch)
plane12_phi	float	850+	yes	degrees	Plane 12 phi (roll)
plane12_psi	float	850+	yes	degrees	Plane 12 psi (heading)
plane12_gear_deploy	float[10]	850+	yes	ratio	Plane 12 gear deployment for 6 gear. 0 = up, 1 = down
plane12_flap_ratio	float	850+	yes	ratio	Plane 12 flap lowering 0 = clean, 1 = max flaps
plane12_flap_ratio2	float	850+	yes	ratio	Plane 12 flap lowering 0 = clean, 1 = max flaps
plane12_spoiler_ratio	float	850+	yes	ratio	Plane 12 spoiler ratio (0 = clean, 1 = max spoilers)
plane12_speedbrake_ratio	float	850+	yes	ratio	Plane 12 speed brake ratio (0 = clean, 1 = max speed brakes)
plane12_sla1_ratio	float	850+	yes	ratio	Plane 12 slat deployment ratio 0 = clean, 1 = max slats
plane12_wing_sweep	float	850+	yes	ratio	Plane 12 wing sweep, 0 = normal, 1 = most sweep
plane12_throttle	float[8]	850+	yes	ratio	Plane 12 Percent of max throttle per 8 engines (0 = none, 1 = full fwd, -1 = full reverse)
plane12_yolk_pitch	float	850+	yes	ratio	Plane 12 Commanded pitch (Legacy for compatibility – use sim/multiplayer/controls/yoke_pitch_ratio)
plane12_yolk_roll	float	850+	yes	ratio	Plane 12 Commanded roll (Legacy for compatibility – use sim/multiplayer/controls/yoke_roll_ratio)
plane12_yolk_yaw	float	850+	yes	ratio	Plane 12 Commanded yaw (Legacy for compatibility – use sim/multiplayer/controls/yoke_heading_ratio)
plane12_lat	double	850+	yes	degs	Plane 12 Lat lon and elevation. NOTE: your plugin must set the plane’s
plane12_lon	double	850+	yes	degs	position by writing x, y and z. Also if another plugin is updating plane
plane12_el	double	850+	yes	meters	position then these will not be accurate unless the plane updates them.
plane12_v_x	float	850+	yes	m/s	Plane 12 cartesian velocities. These may not be accurate if another plugin
plane12_v_y	float	850+	yes	m/s	is controlling the plane andn ot updating this data. You cannot use these to
plane12_v_z	float	850+	yes	m/s	manipulate the plane.
plane13_x	double	850+	yes	meters	Plane 13 x location
plane13_y	double	850+	yes	meters	Plane 13 y location
plane13_z	double	850+	yes	meters	Plane 13 z location
plane13_the	float	850+	yes	degrees	Plane 13 theta (pitch)
plane13_phi	float	850+	yes	degrees	Plane 13 phi (roll)
plane13_psi	float	850+	yes	degrees	Plane 13 psi (heading)
plane13_gear_deploy	float[10]	850+	yes	ratio	Plane 13 gear deployment for 6 gear. 0 = up, 1 = down
plane13_flap_ratio	float	850+	yes	ratio	Plane 13 flap lowering 0 = clean, 1 = max flaps
plane13_flap_ratio2	float	850+	yes	ratio	Plane 13 flap lowering 0 = clean, 1 = max flaps
plane13_spoiler_ratio	float	850+	yes	ratio	Plane 13 spoiler ratio (0 = clean, 1 = max spoilers)
plane13_speedbrake_ratio	float	850+	yes	ratio	Plane 13 speed brake ratio (0 = clean, 1 = max speed brakes)
plane13_sla1_ratio	float	850+	yes	ratio	Plane 13 slat deployment ratio 0 = clean, 1 = max slats
plane13_wing_sweep	float	850+	yes	ratio	Plane 13 wing sweep, 0 = normal, 1 = most sweep
plane13_throttle	float[8]	850+	yes	ratio	Plane 13 Percent of max throttle per 8 engines (0 = none, 1 = full fwd, -1 = full reverse)
plane13_yolk_pitch	float	850+	yes	ratio	Plane 13 Commanded pitch (Legacy for compatibility – use sim/multiplayer/controls/yoke_pitch_ratio)
plane13_yolk_roll	float	850+	yes	ratio	Plane 13 Commanded roll (Legacy for compatibility – use sim/multiplayer/controls/yoke_roll_ratio)
plane13_yolk_yaw	float	850+	yes	ratio	Plane 13 Commanded yaw (Legacy for compatibility – use sim/multiplayer/controls/yoke_heading_ratio)
plane13_lat	double	850+	yes	degs	Plane 13 Lat lon and elevation. NOTE: your plugin must set the plane’s
plane13_lon	double	850+	yes	degs	position by writing x, y and z. Also if another plugin is updating plane
plane13_el	double	850+	yes	meters	position then these will not be accurate unless the plane updates them.
plane13_v_x	float	850+	yes	m/s	Plane 13 cartesian velocities. These may not be accurate if another plugin
plane13_v_y	float	850+	yes	m/s	is controlling the plane andn ot updating this data. You cannot use these to
plane13_v_z	float	850+	yes	m/s	manipulate the plane.
plane14_x	double	850+	yes	meters	Plane 14 x location
plane14_y	double	850+	yes	meters	Plane 14 y location
plane14_z	double	850+	yes	meters	Plane 14 z location
plane14_the	float	850+	yes	degrees	Plane 14 theta (pitch)
plane14_phi	float	850+	yes	degrees	Plane 14 phi (roll)
plane14_psi	float	850+	yes	degrees	Plane 14 psi (heading)
plane14_gear_deploy	float[10]	850+	yes	ratio	Plane 14 gear deployment for 6 gear. 0 = up, 1 = down
plane14_flap_ratio	float	850+	yes	ratio	Plane 14 flap lowering 0 = clean, 1 = max flaps
plane14_flap_ratio2	float	850+	yes	ratio	Plane 14 flap lowering 0 = clean, 1 = max flaps
plane14_spoiler_ratio	float	850+	yes	ratio	Plane 14 spoiler ratio (0 = clean, 1 = max spoilers)
plane14_speedbrake_ratio	float	850+	yes	ratio	Plane 14 speed brake ratio (0 = clean, 1 = max speed brakes)
plane14_sla1_ratio	float	850+	yes	ratio	Plane 14 slat deployment ratio 0 = clean, 1 = max slats
plane14_wing_sweep	float	850+	yes	ratio	Plane 14 wing sweep, 0 = normal, 1 = most sweep
plane14_throttle	float[8]	850+	yes	ratio	Plane 14 Percent of max throttle per 8 engines (0 = none, 1 = full fwd, -1 = full reverse)
plane14_yolk_pitch	float	850+	yes	ratio	Plane 14 Commanded pitch (Legacy for compatibility – use sim/multiplayer/controls/yoke_pitch_ratio)
plane14_yolk_roll	float	850+	yes	ratio	Plane 14 Commanded roll (Legacy for compatibility – use sim/multiplayer/controls/yoke_roll_ratio)
plane14_yolk_yaw	float	850+	yes	ratio	Plane 14 Commanded yaw (Legacy for compatibility – use sim/multiplayer/controls/yoke_heading_ratio)
plane14_lat	double	850+	yes	degs	Plane 14 Lat lon and elevation. NOTE: your plugin must set the plane’s
plane14_lon	double	850+	yes	degs	position by writing x, y and z. Also if another plugin is updating plane
plane14_el	double	850+	yes	meters	position then these will not be accurate unless the plane updates them.
plane14_v_x	float	850+	yes	m/s	Plane 14 cartesian velocities. These may not be accurate if another plugin
plane14_v_y	float	850+	yes	m/s	is controlling the plane andn ot updating this data. You cannot use these to
plane14_v_z	float	850+	yes	m/s	manipulate the plane.
plane15_x	double	850+	yes	meters	Plane 15 x location
plane15_y	double	850+	yes	meters	Plane 15 y location
plane15_z	double	850+	yes	meters	Plane 15 z location
plane15_the	float	850+	yes	degrees	Plane 15 theta (pitch)
plane15_phi	float	850+	yes	degrees	Plane 15 phi (roll)
plane15_psi	float	850+	yes	degrees	Plane 15 psi (heading)
plane15_gear_deploy	float[10]	850+	yes	ratio	Plane 15 gear deployment for 6 gear. 0 = up, 1 = down
plane15_flap_ratio	float	850+	yes	ratio	Plane 15 flap lowering 0 = clean, 1 = max flaps
plane15_flap_ratio2	float	850+	yes	ratio	Plane 15 flap lowering 0 = clean, 1 = max flaps
plane15_spoiler_ratio	float	850+	yes	ratio	Plane 15 spoiler ratio (0 = clean, 1 = max spoilers)
plane15_speedbrake_ratio	float	850+	yes	ratio	Plane 15 speed brake ratio (0 = clean, 1 = max speed brakes)
plane15_sla1_ratio	float	850+	yes	ratio	Plane 15 slat deployment ratio 0 = clean, 1 = max slats
plane15_wing_sweep	float	850+	yes	ratio	Plane 15 wing sweep, 0 = normal, 1 = most sweep
plane15_throttle	float[8]	850+	yes	ratio	Plane 15 Percent of max throttle per 8 engines (0 = none, 1 = full fwd, -1 = full reverse)
plane15_yolk_pitch	float	850+	yes	ratio	Plane 15 Commanded pitch (Legacy for compatibility – use sim/multiplayer/controls/yoke_pitch_ratio)
plane15_yolk_roll	float	850+	yes	ratio	Plane 15 Commanded roll (Legacy for compatibility – use sim/multiplayer/controls/yoke_roll_ratio)
plane15_yolk_yaw	float	850+	yes	ratio	Plane 15 Commanded yaw (Legacy for compatibility – use sim/multiplayer/controls/yoke_heading_ratio)
plane15_lat	double	850+	yes	degs	Plane 15 Lat lon and elevation. NOTE: your plugin must set the plane’s
plane15_lon	double	850+	yes	degs	position by writing x, y and z. Also if another plugin is updating plane
plane15_el	double	850+	yes	meters	position then these will not be accurate unless the plane updates them.
plane15_v_x	float	850+	yes	m/s	Plane 15 cartesian velocities. These may not be accurate if another plugin
plane15_v_y	float	850+	yes	m/s	is controlling the plane andn ot updating this data. You cannot use these to
plane15_v_z	float	850+	yes	m/s	manipulate the plane.
plane16_x	double	850+	yes	meters	Plane 16 x location
plane16_y	double	850+	yes	meters	Plane 16 y location
plane16_z	double	850+	yes	meters	Plane 16 z location
plane16_the	float	850+	yes	degrees	Plane 16 theta (pitch)
plane16_phi	float	850+	yes	degrees	Plane 16 phi (roll)
plane16_psi	float	850+	yes	degrees	Plane 16 psi (heading)
plane16_gear_deploy	float[10]	850+	yes	ratio	Plane 16 gear deployment for 6 gear. 0 = up, 1 = down
plane16_flap_ratio	float	850+	yes	ratio	Plane 16 flap lowering 0 = clean, 1 = max flaps
plane16_flap_ratio2	float	850+	yes	ratio	Plane 16 flap lowering 0 = clean, 1 = max flaps
plane16_spoiler_ratio	float	850+	yes	ratio	Plane 16 spoiler ratio (0 = clean, 1 = max spoilers)
plane16_speedbrake_ratio	float	850+	yes	ratio	Plane 16 speed brake ratio (0 = clean, 1 = max speed brakes)
plane16_sla1_ratio	float	850+	yes	ratio	Plane 16 slat deployment ratio 0 = clean, 1 = max slats
plane16_wing_sweep	float	850+	yes	ratio	Plane 16 wing sweep, 0 = normal, 1 = most sweep
plane16_throttle	float[8]	850+	yes	ratio	Plane 16 Percent of max throttle per 8 engines (0 = none, 1 = full fwd, -1 = full reverse)
plane16_yolk_pitch	float	850+	yes	ratio	Plane 16 Commanded pitch (Legacy for compatibility – use sim/multiplayer/controls/yoke_pitch_ratio)
plane16_yolk_roll	float	850+	yes	ratio	Plane 16 Commanded roll (Legacy for compatibility – use sim/multiplayer/controls/yoke_roll_ratio)
plane16_yolk_yaw	float	850+	yes	ratio	Plane 16 Commanded yaw (Legacy for compatibility – use sim/multiplayer/controls/yoke_heading_ratio)
plane16_lat	double	850+	yes	degs	Plane 16 Lat lon and elevation. NOTE: your plugin must set the plane’s
plane16_lon	double	850+	yes	degs	position by writing x, y and z. Also if another plugin is updating plane
plane16_el	double	850+	yes	meters	position then these will not be accurate unless the plane updates them.
plane16_v_x	float	850+	yes	m/s	Plane 16 cartesian velocities. These may not be accurate if another plugin
plane16_v_y	float	850+	yes	m/s	is controlling the plane andn ot updating this data. You cannot use these to
plane16_v_z	float	850+	yes	m/s	manipulate the plane.
plane17_x	double	850+	yes	meters	Plane 17 x location
plane17_y	double	850+	yes	meters	Plane 17 y location
plane17_z	double	850+	yes	meters	Plane 17 z location
plane17_the	float	850+	yes	degrees	Plane 17 theta (pitch)
plane17_phi	float	850+	yes	degrees	Plane 17 phi (roll)
plane17_psi	float	850+	yes	degrees	Plane 17 psi (heading)
plane17_gear_deploy	float[10]	850+	yes	ratio	Plane 17 gear deployment for 6 gear. 0 = up, 1 = down
plane17_flap_ratio	float	850+	yes	ratio	Plane 17 flap lowering 0 = clean, 1 = max flaps
plane17_flap_ratio2	float	850+	yes	ratio	Plane 17 flap lowering 0 = clean, 1 = max flaps
plane17_spoiler_ratio	float	850+	yes	ratio	Plane 17 spoiler ratio (0 = clean, 1 = max spoilers)
plane17_speedbrake_ratio	float	850+	yes	ratio	Plane 17 speed brake ratio (0 = clean, 1 = max speed brakes)
plane17_sla1_ratio	float	850+	yes	ratio	Plane 17 slat deployment ratio 0 = clean, 1 = max slats
plane17_wing_sweep	float	850+	yes	ratio	Plane 17 wing sweep, 0 = normal, 1 = most sweep
plane17_throttle	float[8]	850+	yes	ratio	Plane 17 Percent of max throttle per 8 engines (0 = none, 1 = full fwd, -1 = full reverse)
plane17_yolk_pitch	float	850+	yes	ratio	Plane 17 Commanded pitch (Legacy for compatibility – use sim/multiplayer/controls/yoke_pitch_ratio)
plane17_yolk_roll	float	850+	yes	ratio	Plane 17 Commanded roll (Legacy for compatibility – use sim/multiplayer/controls/yoke_roll_ratio)
plane17_yolk_yaw	float	850+	yes	ratio	Plane 17 Commanded yaw (Legacy for compatibility – use sim/multiplayer/controls/yoke_heading_ratio)
plane17_lat	double	850+	yes	degs	Plane 17 Lat lon and elevation. NOTE: your plugin must set the plane’s
plane17_lon	double	850+	yes	degs	position by writing x, y and z. Also if another plugin is updating plane
plane17_el	double	850+	yes	meters	position then these will not be accurate unless the plane updates them.
plane17_v_x	float	850+	yes	m/s	Plane 17 cartesian velocities. These may not be accurate if another plugin
plane17_v_y	float	850+	yes	m/s	is controlling the plane andn ot updating this data. You cannot use these to
plane17_v_z	float	850+	yes	m/s	manipulate the plane.
plane18_x	double	850+	yes	meters	Plane 18 x location
plane18_y	double	850+	yes	meters	Plane 18 y location
plane18_z	double	850+	yes	meters	Plane 18 z location
plane18_the	float	850+	yes	degrees	Plane 18 theta (pitch)
plane18_phi	float	850+	yes	degrees	Plane 18 phi (roll)
plane18_psi	float	850+	yes	degrees	Plane 18 psi (heading)
plane18_gear_deploy	float[10]	850+	yes	ratio	Plane 18 gear deployment for 6 gear. 0 = up, 1 = down
plane18_flap_ratio	float	850+	yes	ratio	Plane 18 flap lowering 0 = clean, 1 = max flaps
plane18_flap_ratio2	float	850+	yes	ratio	Plane 18 flap lowering 0 = clean, 1 = max flaps
plane18_spoiler_ratio	float	850+	yes	ratio	Plane 18 spoiler ratio (0 = clean, 1 = max spoilers)
plane18_speedbrake_ratio	float	850+	yes	ratio	Plane 18 speed brake ratio (0 = clean, 1 = max speed brakes)
plane18_sla1_ratio	float	850+	yes	ratio	Plane 18 slat deployment ratio 0 = clean, 1 = max slats
plane18_wing_sweep	float	850+	yes	ratio	Plane 18 wing sweep, 0 = normal, 1 = most sweep
plane18_throttle	float[8]	850+	yes	ratio	Plane 18 Percent of max throttle per 8 engines (0 = none, 1 = full fwd, -1 = full reverse)
plane18_yolk_pitch	float	850+	yes	ratio	Plane 18 Commanded pitch (Legacy for compatibility – use sim/multiplayer/controls/yoke_pitch_ratio)
plane18_yolk_roll	float	850+	yes	ratio	Plane 18 Commanded roll (Legacy for compatibility – use sim/multiplayer/controls/yoke_roll_ratio)
plane18_yolk_yaw	float	850+	yes	ratio	Plane 18 Commanded yaw (Legacy for compatibility – use sim/multiplayer/controls/yoke_heading_ratio)
plane18_lat	double	850+	yes	degs	Plane 18 Lat lon and elevation. NOTE: your plugin must set the plane’s
plane18_lon	double	850+	yes	degs	position by writing x, y and z. Also if another plugin is updating plane
plane18_el	double	850+	yes	meters	position then these will not be accurate unless the plane updates them.
plane18_v_x	float	850+	yes	m/s	Plane 18 cartesian velocities. These may not be accurate if another plugin
plane18_v_y	float	850+	yes	m/s	is controlling the plane andn ot updating this data. You cannot use these to
plane18_v_z	float	850+	yes	m/s	manipulate the plane.
plane19_x	double	850+	yes	meters	Plane 19 x location
plane19_y	double	850+	yes	meters	Plane 19 y location
plane19_z	double	850+	yes	meters	Plane 19 z location
plane19_the	float	850+	yes	degrees	Plane 19 theta (pitch)
plane19_phi	float	850+	yes	degrees	Plane 19 phi (roll)
plane19_psi	float	850+	yes	degrees	Plane 19 psi (heading)
plane19_gear_deploy	float[10]	850+	yes	ratio	Plane 19 gear deployment for 6 gear. 0 = up, 1 = down
plane19_flap_ratio	float	850+	yes	ratio	Plane 19 flap lowering 0 = clean, 1 = max flaps
plane19_flap_ratio2	float	850+	yes	ratio	Plane 19 flap lowering 0 = clean, 1 = max flaps
plane19_spoiler_ratio	float	850+	yes	ratio	Plane 19 spoiler ratio (0 = clean, 1 = max spoilers)
plane19_speedbrake_ratio	float	850+	yes	ratio	Plane 19 speed brake ratio (0 = clean, 1 = max speed brakes)
plane19_sla1_ratio	float	850+	yes	ratio	Plane 19 slat deployment ratio 0 = clean, 1 = max slats
plane19_wing_sweep	float	850+	yes	ratio	Plane 19 wing sweep, 0 = normal, 1 = most sweep
plane19_throttle	float[8]	850+	yes	ratio	Plane 19 Percent of max throttle per 8 engines (0 = none, 1 = full fwd, -1 = full reverse)
plane19_yolk_pitch	float	850+	yes	ratio	Plane 19 Commanded pitch (Legacy for compatibility – use sim/multiplayer/controls/yoke_pitch_ratio)
plane19_yolk_roll	float	850+	yes	ratio	Plane 19 Commanded roll (Legacy for compatibility – use sim/multiplayer/controls/yoke_roll_ratio)
plane19_yolk_yaw	float	850+	yes	ratio	Plane 19 Commanded yaw (Legacy for compatibility – use sim/multiplayer/controls/yoke_heading_ratio)
plane19_lat	double	850+	yes	degs	Plane 19 Lat lon and elevation. NOTE: your plugin must set the plane’s
plane19_lon	double	850+	yes	degs	position by writing x, y and z. Also if another plugin is updating plane
plane19_el	double	850+	yes	meters	position then these will not be accurate unless the plane updates them.
plane19_v_x	float	850+	yes	m/s	Plane 19 cartesian velocities. These may not be accurate if another plugin
plane19_v_y	float	850+	yes	m/s	is controlling the plane andn ot updating this data. You cannot use these to
plane19_v_z	float	850+	yes	m/s	manipulate the plane.

sim/multiplayer/combat/

team_status

int[20]

1130+

enum

Is the aircraft friend or foe? (0 = neutral, 1 = friend, 2 = enemy)

sim/network/

sim/network/dataout/

dump_next_cycle	int	660-931	yes	boolean	Are we dumping cycle data?
network_data_rate	int	660+	yes	hz	Rate to send data over UDP at
data_to_internet	int[200]	660+	yes	boolean	Enable data output of this data ref to internet
data_to_disk	int[200]	660+	yes	boolean	Enable data output of this data ref to disk file
data_to_graph	int[200]	660+	yes	boolean	Enable data output of this data ref to graph
data_to_screen	int[200]	660+	yes	boolean	Enable data output of this data ref to screen
dump_parts_props	int	660+	yes	boolean	Dump extra prop data to screen
dump_parts_wings	int	660+	yes	boolean	Dump wing prop data to screen
dump_parts_vstabs	int	660+	yes	boolean	Dump vertical stabilizer prop data to screen
is_external_visual	int	930+	no	boolean	Is this machine running as an external visual for another X-Plane machine.
is_multiplayer_session	int	930+	no	boolean	Is this machine part of an x-plane built-in multiplayer session?
is_instructor_station	int	930-1129	no	boolean	Is this machine running in instructor-station mode?
multiplayer_ip	int[19]	930+	no	ip	IP addresses of multiplayer players (or 0 if not in used in v10)
external_visual_ip	int[20]	930+	no	ip	IP addresses of external visuals (or 0 if not in use in v10). Dim 8 in v9.
track_external_visual	int[20]	1030+	no	boolean	True if this remote visual tracks the master’s view changes

sim/network/misc/

opentransport_inited	int	660+	no	boolean	Has x-plane already inited Open Transport? YOU SHOULD NEVER USE THIS DATAREF!!!
connection_handshake	int	660-700	no	enum	Status of connection, 0 = no connection, 1 = half up, 2 = all up
network_time_sec	float	660+	no	seconds	The current elapsed time synched across the network

sim/physics/

earth_mu	float	660+	no	m^3/s^2	The earth’s mass-gravity constant
mars_mu	float	660-700	no	m^3/s^2	Mars’s mass-gravity constant
earth_radius_m	float	660+	no	meters	Earth’s radius
mars_radius_m	float	660-700	no	meters	Mars’ radius
earth_temp_c	float	660+	no	celsius	Average sea level temp, current planet
mars_temp_c	float	660-700	no	celsius	Average sea level temp on Mars (sea?)
earth_pressure_p	float	660+	no	pascals	average pressure at sea level, current planet
mars_pressure_p	float	660-700	no	pascals	average pressure at sea level, mars
rho_sea_level	float	660+	no	???	rho at sea level, current planet
mu_air	float	660-840	no	???	viscosity of air for Re determination
g_sealevel	float	660+	no	???	gravitational acceleration of earth AT SEA LEVEL
pi	float	660-817	no	radians	pi – Austin sez plugins may no longer change the value of PI.
double_pi	float	660-817	no	radians	pi * 2
half_pi	float	660-817	no	radians	pi / 2
R	float	660-817	no	???	R (gas constant)
rho_water	float	660+	no	???	rho of water
speed_light_m_sec	float	660-817	no	m/sec	speed of light; do not exceed!
metric_temp	int	860+	yes	boolean	Are we showing metric temperature indications
metric_press	int	860+	yes	boolean	Are we showing metric pressure indications

sim/operation/

sim/operation/failures/

hydraulic_pressure_ratio	float	660+	no	ratio	Hydraulic pressure ratio
hydraulic_pressure_ratio2	float	810+	no	ratio	Hydraulic pressure ratio
oil_power_thrust_ratio	float[8]	660+	no	ratio	Oil power or thrust ratio
enable_random_falures	int	1102+	yes	boolean	Enable random failures based on mean time between failures
enable_random_failures	int	1110+	yes	boolean	Enable random failures basde on mean time between failures
mean_time_between_failure_hrs	float	660+	yes	hours	Mean time between failures
ram_air_turbine_on	int	660+	yes	boolean	Ram air turbine is on?
failures	int[564]	660+	no	enum	564 separate failure codes [was 137]
comp_fail_stat	int[8]	660-799	yes	bitarray	This was the fail stats bit packed – do not use it!
rel_conlock	int	840+	yes	failure_enum	Controls locked
rel_door_open	int	920+	yes	failure_enum	Door Open
rel_ex_power_on	int	920+	yes	failure_enum	External power is on
rel_pass_o2_on	int	920+	yes	failure_enum	Passenger oxygen on
rel_make_vertigo	int	920-1105	yes	failure_enum	Pilot has vertigo
rel_fuelcap	int	840+	yes	failure_enum	Fuel Cap left off
rel_fuel_water	int	900+	yes	failure_enum	Water in fuel
rel_fuel_type	int	900+	yes	failure_enum	Wrong fuel type – JetA for props or Avgas for jets!
rel_fuel_block0	int	900+	yes	failure_enum	Fuel tank filter is blocked – tank 1
rel_fuel_block1	int	900+	yes	failure_enum	Fuel tank filter is blocked – tank 2
rel_fuel_block2	int	900+	yes	failure_enum	Fuel tank filter is blocked – tank 3
rel_fuel_block3	int	900+	yes	failure_enum	Fuel tank filter is blocked – tank 4
rel_fuel_block4	int	900+	yes	failure_enum	Fuel tank filter is blocked – tank 5
rel_fuel_block5	int	900+	yes	failure_enum	Fuel tank filter is blocked – tank 6
rel_fuel_block6	int	900+	yes	failure_enum	Fuel tank filter is blocked – tank 7
rel_fuel_block7	int	900+	yes	failure_enum	Fuel tank filter is blocked – tank 8
rel_fuel_block8	int	900+	yes	failure_enum	Fuel tank filter is blocked – tank 9
rel_vasi	int	840+	yes	failure_enum	VASIs Inoperative
rel_app_lites	int	840-840	yes	failure_enum	Approach lites inop – in 850 rwy lights fail ALL airport lights
rel_rwy_lites	int	840+	yes	failure_enum	Runway lites Inoperative
rel_bird_strike	int	920+	yes	failure_enum	Bird has hit the plane
rel_wind_shear	int	920+	yes	failure_enum	Wind shear/microburst
rel_smoke_cpit	int	900+	yes	failure_enum	Smoke in cockpit
rel_brown_out	int	1040+	yes	failure_enum	Induce dusty brown-out
rel_esys	int	740+	yes	failure_enum	Electrical System (Bus 1)
rel_esys2	int	804+	yes	failure_enum	Electrical System (Bus 2)
rel_esys3	int	940+	yes	failure_enum	Electrical System (Bus 3)
rel_esys4	int	940+	yes	failure_enum	Electrical System (Bus 4)
rel_esys5	int	1000+	yes	failure_enum	Electrical System (Bus 5)
rel_esys6	int	1000+	yes	failure_enum	Electrical System (Bus 6)
rel_invert0	int	740+	yes	failure_enum	Inverter 1
rel_invert1	int	762+	yes	failure_enum	Inverter 2 (also in 740)
rel_gen0_lo	int	940+	yes	failure_enum	Generator 0 voltage low
rel_gen0_hi	int	940+	yes	failure_enum	Generator 0 voltage hi
rel_gen1_lo	int	940+	yes	failure_enum	Generator 1 voltage low
rel_gen1_hi	int	940+	yes	failure_enum	Generator 1 voltage hi
rel_bat0_lo	int	940+	yes	failure_enum	Battery 0 voltage low
rel_bat0_hi	int	940+	yes	failure_enum	Battery 0 voltage hi
rel_bat1_lo	int	940+	yes	failure_enum	Battery 1 voltage low
rel_bat1_hi	int	940+	yes	failure_enum	Battery 1 voltage hi
rel_lites_nav	int	900+	yes	failure_enum	Nav lights
rel_lites_strobe	int	900+	yes	failure_enum	Strobe lights
rel_lites_beac	int	900+	yes	failure_enum	Beacon lights
rel_lites_taxi	int	900+	yes	failure_enum	Taxi lights
rel_lites_land	int	900+	yes	failure_enum	Landing Lights
rel_lites_ins	int	900+	yes	failure_enum	Instrument Lighting
rel_clights	int	740+	yes	failure_enum	Cockpit Lights
rel_lites_hud	int	900+	yes	failure_enum	HUD lights
rel_lobatt0	int	804-840	yes	failure_enum	Low Battery – engine 1
rel_lobatt1	int	804-840	yes	failure_enum	Low Battery – engine 2
rel_lobatt2	int	804-840	yes	failure_enum	Low Battery – engine 3
rel_lobatt3	int	804-840	yes	failure_enum	Low Battery – engine 4
rel_lobatt4	int	804-840	yes	failure_enum	Low Battery – engine 5
rel_lobatt5	int	804-840	yes	failure_enum	Low Battery – engine 6
rel_lobatt6	int	804-840	yes	failure_enum	Low Battery – engine 7
rel_lobatt7	int	804-840	yes	failure_enum	Low Battery – engine 8
rel_stbaug	int	740+	yes	failure_enum	Stability Augmentation
rel_servo_rudd	int	920+	yes	failure_enum	autopilot servos failed – rudder/yaw damper
rel_otto	int	740+	yes	failure_enum	AutoPilot (Computer)
rel_auto_runaway	int	900+	yes	failure_enum	AutoPilot (Runaway!!!)
rel_auto_servos	int	900+	yes	failure_enum	AutoPilot (Servos)
rel_servo_ailn	int	920+	yes	failure_enum	autopilot servos failed – ailerons
rel_servo_elev	int	920+	yes	failure_enum	autopilot servos failed – elevators
rel_servo_thro	int	920+	yes	failure_enum	autopilot servos failed – throttles
rel_fdir	int	750-899	yes	failure_enum	flight director
rel_fc_rud_L	int	740+	yes	failure_enum	Yaw Left Control
rel_fc_rud_R	int	740+	yes	failure_enum	Yaw Right control
rel_fc_ail_L	int	740+	yes	failure_enum	Roll left control
rel_fc_ail_R	int	740+	yes	failure_enum	Roll Right Control
rel_fc_elv_U	int	740+	yes	failure_enum	Pitch Up Control
rel_fc_elv_D	int	740+	yes	failure_enum	Pitch Down Control
rel_trim_rud	int	740+	yes	failure_enum	Yaw Trim
rel_trim_ail	int	740+	yes	failure_enum	roll trim
rel_trim_elv	int	740+	yes	failure_enum	Pitch Trim
rel_rud_trim_run	int	1000+	yes	failure_enum	Yaw Trim Runaway
rel_ail_trim_run	int	1000+	yes	failure_enum	Pitch Trim Runaway
rel_elv_trim_run	int	1000+	yes	failure_enum	Elevator Trim Runaway
rel_fc_slt	int	740+	yes	failure_enum	Slats
rel_flap_act	int	840+	yes	failure_enum	Flap Actuator
rel_fc_L_flp	int	740+	yes	failure_enum	Left flap activate
rel_fc_R_flp	int	740+	yes	failure_enum	Right Flap activate
rel_L_flp_off	int	740+	yes	failure_enum	Left flap remove
rel_R_flp_off	int	740+	yes	failure_enum	Right flap remove
rel_gear_act	int	840+	yes	failure_enum	Landing Gear actuator
rel_gear_ind	int	920+	yes	failure_enum	Landing Gear indicator
rel_lbrakes	int	804+	yes	failure_enum	Left Brakes
rel_rbrakes	int	804+	yes	failure_enum	Right Brakes
rel_lagear1	int	740+	yes	failure_enum	Landing Gear 1 retract
rel_lagear2	int	740+	yes	failure_enum	Landing Gear 2 retract
rel_lagear3	int	740+	yes	failure_enum	Landing Gear 3 retract
rel_lagear4	int	740+	yes	failure_enum	Landing Gear 4 retract
rel_lagear5	int	740+	yes	failure_enum	Landing Gear 5 retract
rel_lagear_6	int	900-902	yes	failure_enum	Landing Gear 6 retract
rel_lagear_7	int	900-902	yes	failure_enum	Landing Gear 7 retract
rel_lagear_8	int	900-902	yes	failure_enum	Landing Gear 8 retract
rel_lagear_9	int	900-902	yes	failure_enum	Landing Gear 9 retract
rel_lagear_10	int	900-902	yes	failure_enum	Landing Gear 10 retract
rel_collapse1	int	1040+	yes	failure_enum	Landing gear 1 gear collapse
rel_collapse2	int	1040+	yes	failure_enum	Landing gear 2 gear collapse
rel_collapse3	int	1040+	yes	failure_enum	Landing gear 3 gear collapse
rel_collapse4	int	1040+	yes	failure_enum	Landing gear 4 gear collapse
rel_collapse5	int	1040+	yes	failure_enum	Landing gear 5 gear collapse
rel_collapse6	int	1040+	yes	failure_enum	Landing gear 6 gear collapse
rel_collapse7	int	1040+	yes	failure_enum	Landing gear 7 gear collapse
rel_collapse8	int	1040+	yes	failure_enum	Landing gear 8 gear collapse
rel_collapse9	int	1040+	yes	failure_enum	Landing gear 9 gear collapse
rel_collapse10	int	1040+	yes	failure_enum	Landing gear 10 gear collapse
rel_tire1	int	740+	yes	failure_enum	Landing gear 1 tire blowout
rel_tire2	int	740+	yes	failure_enum	Landing gear 2 tire blowout
rel_tire3	int	740+	yes	failure_enum	Landing gear 3 tire blowout
rel_tire4	int	740+	yes	failure_enum	Landing gear 4 tire blowout
rel_tire5	int	740+	yes	failure_enum	Landing gear 5 tire blowout
rel_tire6	int	900-902	yes	failure_enum	Landing gear 6 tire blowout
rel_tire7	int	900-902	yes	failure_enum	Landing gear 7 tire blowout
rel_tire8	int	900-902	yes	failure_enum	Landing gear 8 tire blowout
rel_tire9	int	900-902	yes	failure_enum	Landing gear 9 tire blowout
rel_tire10	int	900-902	yes	failure_enum	Landing gear 10 tire blowout
rel_HVAC	int	930+	yes	failure_enum	air conditioning failed
rel_bleed_air_lft	int	920+	yes	failure_enum	The left engine is not providing enough pressure
rel_bleed_air_rgt	int	920+	yes	failure_enum	The right engine is not providing enough pressure
rel_APU_press	int	804+	yes	failure_enum	APU is not providing bleed air for engine start or pressurization
rel_depres_slow	int	804+	yes	failure_enum	Slow cabin leak – descend or black out
rel_depres_fast	int	804+	yes	failure_enum	catastrophic decompression – yer dead
rel_hydpmp_ele	int	1000+	yes	failure_enum	Hydraulic pump (electric)
rel_hydpmp	int	840+	yes	failure_enum	Hydraulic System 1 (pump fail)
rel_hydpmp2	int	840+	yes	failure_enum	Hydraulic System 2 (pump fail)
rel_hydpmp3	int	1000+	yes	failure_enum	Hydraulic System 3 (pump fail)
rel_hydpmp4	int	1000+	yes	failure_enum	Hydraulic System 4 (pump fail)
rel_hydpmp5	int	1000+	yes	failure_enum	Hydraulic System 5 (pump fail)
rel_hydpmp6	int	1000+	yes	failure_enum	Hydraulic System 6 (pump fail)
rel_hydpmp7	int	1000+	yes	failure_enum	Hydraulic System 7 (pump fail)
rel_hydpmp8	int	1000+	yes	failure_enum	Hydraulic System 8 (pump fail)
rel_hydsys0	int	740-999	yes	failure_enum	Hydraulic System 1 (general)
rel_hydsys2	int	804-999	yes	failure_enum	Hydraulic System 2 (general)
rel_hydleak	int	804+	yes	failure_enum	Hydraulic System 1 (leak)
rel_hydleak2	int	804+	yes	failure_enum	Hydraulic System 2 (leak)
rel_hydoverp	int	804+	yes	failure_enum	Hydraulic System 1 (over pressure)
rel_hydoverp2	int	804+	yes	failure_enum	Hydraulic System 2 (over pressure)
rel_throt_lo	int	804+	yes	failure_enum	Throttle inop giving min thrust
rel_throt_hi	int	804+	yes	failure_enum	Throttle inop giving max thrust
rel_fc_thr	int	740+	yes	failure_enum	Throttle failure at current position
rel_prop_sync	int	900+	yes	failure_enum	Prop sync
rel_feather	int	740+	yes	failure_enum	Autofeather system inop
rel_trotor	int	740+	yes	failure_enum	Tail rotor transmission
rel_antice	int	740+	yes	failure_enum	Anti-ice
rel_ice_detect	int	900+	yes	failure_enum	Ice detector
rel_ice_pitot_heat1	int	900+	yes	failure_enum	Pitot heat 1
rel_ice_pitot_heat2	int	900+	yes	failure_enum	Pitot heat 2
rel_ice_static_heat	int	920+	yes	failure_enum	Static heat 1
rel_ice_static_heat2	int	920+	yes	failure_enum	Static heat 2
rel_ice_AOA_heat	int	900+	yes	failure_enum	AOA indicator heat
rel_ice_AOA_heat2	int	920+	yes	failure_enum	AOA indicator heat
rel_ice_window_heat	int	900+	yes	failure_enum	Window Heat
rel_ice_surf_boot	int	900+	yes	failure_enum	Surface Boot – Deprecated – Do Not Use
rel_ice_surf_heat	int	900+	yes	failure_enum	Surface Heat
rel_ice_surf_heat2	int	920+	yes	failure_enum	Surface Heat
rel_ice_brake_heat	int	1040+	yes	failure_enum	Brakes anti-ice
rel_ice_alt_air1	int	900+	yes	failure_enum	Alternate Air
rel_ice_alt_air2	int	900+	yes	failure_enum	Alternate Air
rel_vacuum	int	740+	yes	failure_enum	Vacuum System 1 – Pump Failure
rel_vacuum2	int	804+	yes	failure_enum	Vacuum System 2 – Pump Failure
rel_elec_gyr	int	1130+	yes	failure_enum	Electric gyro system 1 – gyro motor Failure
rel_elec_gyr2	int	1130+	yes	failure_enum	Electric gyro system 2 – gyro motor Failure
rel_pitot	int	762+	yes	failure_enum	Pitot 1 – Blockage
rel_pitot2	int	804+	yes	failure_enum	Pitot 2 – Blockage
rel_static	int	762+	yes	failure_enum	Static 1 – Blockage
rel_static2	int	804+	yes	failure_enum	Static 2 – Blockage
rel_static1_err	int	804+	yes	failure_enum	Static system 1 – Error
rel_static2_err	int	804+	yes	failure_enum	Static system 2 – Error
rel_g_oat	int	860+	yes	failure_enum	OAT
rel_g_fuel	int	860+	yes	failure_enum	fuel quantity
rel_ss_asi	int	740+	yes	failure_enum	Airspeed Indicator (Pilot)
rel_ss_ahz	int	740+	yes	failure_enum	Artificial Horizon (Pilot)
rel_ss_alt	int	740+	yes	failure_enum	Altimeter (Pilot)
rel_ss_tsi	int	740+	yes	failure_enum	Turn indicator (Pilot)
rel_ss_dgy	int	740+	yes	failure_enum	Directional Gyro (Pilot)
rel_ss_vvi	int	740+	yes	failure_enum	Vertical Velocity Indicator (Pilot)
rel_cop_asi	int	900+	yes	failure_enum	Airspeed Indicator (Copilot)
rel_cop_ahz	int	900+	yes	failure_enum	Artificial Horizon (Copilot)
rel_cop_alt	int	900+	yes	failure_enum	Altimeter (Copilot)
rel_cop_tsi	int	900+	yes	failure_enum	Turn indicator (Copilot)
rel_cop_dgy	int	900+	yes	failure_enum	Directional Gyro (Copilot)
rel_cop_vvi	int	900+	yes	failure_enum	Vertical Velocity Indicator (Copilot)
rel_efis_1	int	740+	yes	failure_enum	Primary EFIS
rel_efis_2	int	740+	yes	failure_enum	Secondary EFIS
rel_AOA	int	750+	yes	failure_enum	AOA
rel_stall_warn	int	900+	yes	failure_enum	Stall warning has failed
rel_gear_warning	int	930+	yes	failure_enum	gear warning audio is broken
rel_navcom1	int	1040+	yes	failure_enum	Nav and com 1 radio
rel_navcom2	int	1040+	yes	failure_enum	Nav and com 2 radio
rel_nav1	int	740+	yes	failure_enum	Nav-1 radio
rel_nav2	int	740+	yes	failure_enum	Nav-2 radio
rel_com1	int	1040+	yes	failure_enum	Com-1 radio
rel_com2	int	1040+	yes	failure_enum	Com-2 radio
rel_adf1	int	740+	yes	failure_enum	ADF 1 (only one ADF failure in 830!)
rel_adf2	int	740+	yes	failure_enum	ADF 2
rel_gps	int	740+	yes	failure_enum	GPS
rel_gps2	int	740+	yes	failure_enum	GPS
rel_dme	int	740+	yes	failure_enum	DME
rel_loc	int	740+	yes	failure_enum	Localizer
rel_gls	int	740+	yes	failure_enum	Glide Slope
rel_gp	int	1000+	yes	failure_enum	WAAS GPS receiver
rel_xpndr	int	804+	yes	failure_enum	Transponder failure
rel_marker	int	900+	yes	failure_enum	Marker Beacons
rel_RPM_ind_0	int	930+	yes	failure_enum	Panel Indicator Inop – rpm engine 1
rel_RPM_ind_1	int	930+	yes	failure_enum	Panel Indicator Inop – rpm engine 2
rel_N1_ind0	int	930+	yes	failure_enum	Panel Indicator Inop – n1 engine 1
rel_N1_ind1	int	930+	yes	failure_enum	Panel Indicator Inop – n1 engine 2
rel_N2_ind0	int	930+	yes	failure_enum	Panel Indicator Inop – n2 engine 1
rel_N2_ind1	int	930+	yes	failure_enum	Panel Indicator Inop – n2 engine 2
rel_MP_ind_0	int	930+	yes	failure_enum	Panel Indicator Inop – mp engine 1
rel_MP_ind_1	int	930+	yes	failure_enum	Panel Indicator Inop – mp engine 2
rel_TRQind0	int	930+	yes	failure_enum	Panel Indicator Inop – trq engine 1
rel_TRQind1	int	930+	yes	failure_enum	Panel Indicator Inop – trq engine 2
rel_EPRind0	int	930+	yes	failure_enum	Panel Indicator Inop – epr engine 1
rel_EPRind1	int	930+	yes	failure_enum	Panel Indicator Inop – epr engine 2
rel_CHT_ind_0	int	930+	yes	failure_enum	Panel Indicator Inop – cht engine 1
rel_CHT_ind_1	int	930+	yes	failure_enum	Panel Indicator Inop – cht engine 2
rel_ITTind0	int	930+	yes	failure_enum	Panel Indicator Inop – itt engine 1
rel_ITTind1	int	930+	yes	failure_enum	Panel Indicator Inop – itt engine 2
rel_EGT_ind_0	int	930+	yes	failure_enum	Panel Indicator Inop – egt engine 1
rel_EGT_ind_1	int	930+	yes	failure_enum	Panel Indicator Inop – egt engine 2
rel_FF_ind0	int	930+	yes	failure_enum	Panel Indicator Inop – ff engine 1
rel_FF_ind1	int	930+	yes	failure_enum	Panel Indicator Inop – ff engine 2
rel_fp_ind_0	int	940+	yes	failure_enum	Panel Indicator Inop – Fuel Pressure 1
rel_fp_ind_1	int	940+	yes	failure_enum	Panel Indicator Inop – Fuel Pressure 2
rel_oilp_ind_0	int	940+	yes	failure_enum	Panel Indicator Inop – Oil Pressure 1
rel_oilp_ind_1	int	940+	yes	failure_enum	Panel Indicator Inop – Oil Pressure 2
rel_oilt_ind_0	int	940+	yes	failure_enum	Panel Indicator Inop – Oil Temperature 1
rel_oilt_ind_1	int	940+	yes	failure_enum	Panel Indicator Inop – Oil Temperature 2
rel_g430_gps1	int	940+	yes	failure_enum	G430 GPS 1 Inop
rel_g430_gps2	int	940+	yes	failure_enum	G430 GPS 2 Inop
rel_g430_rad1_tune	int	940+	yes	failure_enum	G430 Nav/Com Tuner 1 Inop
rel_g430_rad2_tune	int	940+	yes	failure_enum	G430 Nav/Com Tuner 2 Inop
rel_g_gia1	int	860+	yes	failure_enum	GIA 1
rel_g_gia2	int	860+	yes	failure_enum	GIA 2
rel_g_gea	int	900+	yes	failure_enum	gea
rel_adc_comp	int	860+	yes	failure_enum	air data computer
rel_g_arthorz	int	860+	yes	failure_enum	AHRS
rel_g_asi	int	860+	yes	failure_enum	airspeed
rel_g_alt	int	860+	yes	failure_enum	altimeter
rel_g_magmtr	int	900+	yes	failure_enum	magnetometer
rel_g_vvi	int	860+	yes	failure_enum	vvi
rel_g_otto	int	860-899	yes	failure_enum	autopilot interface
rel_bad_mpr	int	900-1036	yes	failure_enum	sensor error – mpr
rel_bad_ff	int	900-1036	yes	failure_enum	sensor error – ff
rel_bad_egt	int	900-1036	yes	failure_enum	sensor error – egt
rel_bad_itt	int	900-1036	yes	failure_enum	sensor error – itt
rel_bad_cht	int	900-1036	yes	failure_enum	sensor error – cht
rel_bad_rpm	int	900-1036	yes	failure_enum	sensor error – rpm
rel_bad_oilp	int	900-1036	yes	failure_enum	sensor error – oilp
rel_bad_oilt	int	900-1036	yes	failure_enum	sensor error – oilt
rel_g_navrad1	int	860+	yes	failure_enum	nav radio 1 – removed from 10.00 – 10.36, compatibility only in 10.40 – DO NOT USE – use rel_nav1
rel_g_navrad2	int	860+	yes	failure_enum	nav radio 2 – removed from 10.00 – 10.36, compatibility only in 10.40 – DO NOT USE – use rel_nav2
rel_g_comrad1	int	860+	yes	failure_enum	com radio 1 – removed from 10.00 – 10.36, compatibility only in 10.40 – DO NOT USE – use rel_com1
rel_g_comrad2	int	860+	yes	failure_enum	com radio 2 – removed from 10.00 – 10.36, compatibility only in 10.40 – DO NOT USE – use rel_com2
rel_g_gs1	int	860-999	yes	failure_enum	glideslope 1
rel_g_gs2	int	860-999	yes	failure_enum	glideslope 2
rel_g_gps1	int	860-999	yes	failure_enum	GPS 1
rel_g_gps2	int	860-999	yes	failure_enum	GPS 2
rel_g_xpndr	int	860+	yes	failure_enum	transponder removed from 10.00 – 10.36, compatibility only in 10.40+ – DO NOT USE – use rel_xpndr
rel_g_gen1	int	860+	yes	failure_enum	generator amperage 1
rel_g_gen2	int	860+	yes	failure_enum	generator amperage 2
rel_g_bat1	int	860+	yes	failure_enum	battery voltage 1
rel_g_bat2	int	860+	yes	failure_enum	battery voltage 2
rel_g_bus1	int	860+	yes	failure_enum	bus voltage 1
rel_g_bus2	int	860+	yes	failure_enum	bus voltage 2
rel_g_mfd	int	1110+	yes	failure_enum	MFD screen failure
rel_g_pfd	int	1110+	yes	failure_enum	PFD screen failure
rel_g_pfd2	int	1110+	yes	failure_enum	PFD2 screen failure
rel_g_mpr1	int	860-931	yes	failure_enum	MPR 1
rel_g_mpr2	int	860-931	yes	failure_enum	MPR 2
rel_g_ff1	int	860-931	yes	failure_enum	fuel flow 1
rel_g_ff2	int	860-931	yes	failure_enum	fuel flow 2
rel_g_egt1	int	860-931	yes	failure_enum	EGT 1
rel_g_egt2	int	860-931	yes	failure_enum	EGT 2
rel_g_itt1	int	900-931	yes	failure_enum	ITT 1
rel_g_itt2	int	900-931	yes	failure_enum	ITT 1
rel_g_cht1	int	860-931	yes	failure_enum	CHT 1
rel_g_cht2	int	860-931	yes	failure_enum	CHT 2
rel_g_rpm1	int	860-931	yes	failure_enum	RPM 1
rel_g_rpm2	int	860-931	yes	failure_enum	RPM 2
rel_g_oilt1	int	860-931	yes	failure_enum	oil T 1
rel_g_oilt2	int	860-931	yes	failure_enum	oil T 2
rel_g_oilp1	int	860-931	yes	failure_enum	oil P 1
rel_g_oilp2	int	860-931	yes	failure_enum	oil P 2
rel_g_fp1	int	860-931	yes	failure_enum	fuel pressure 1
rel_g_fp2	int	860-931	yes	failure_enum	fuel pressure 2
rel_e_bus0_lo	int	860-931	yes	failure_enum	bus 1 lo
rel_e_bus0_hi	int	860-931	yes	failure_enum	bus 1 hi
rel_e_bus1_lo	int	860-931	yes	failure_enum	bus 2 lo
rel_e_bus1_hi	int	860-931	yes	failure_enum	bus 2 hi
rel_ice_air0	int	860-931	yes	failure_enum	de-ice_air 1
rel_ice_air1	int	860-931	yes	failure_enum	de-ice_air 2
rel_magLFT0	int	840+	yes	failure_enum	Left Magneto Fail – engine 1
rel_magLFT1	int	840+	yes	failure_enum	Left Magneto Fail – engine 2
rel_magLFT2	int	840+	yes	failure_enum	Left Magneto Fail – engine 3
rel_magLFT3	int	840+	yes	failure_enum	Left Magneto Fail – engine 4
rel_magLFT4	int	840+	yes	failure_enum	Left Magneto Fail – engine 5
rel_magLFT5	int	840+	yes	failure_enum	Left Magneto Fail – engine 6
rel_magLFT6	int	840+	yes	failure_enum	Left Magneto Fail – engine 7
rel_magLFT7	int	840+	yes	failure_enum	Left Magneto Fail – engine 8
rel_magRGT0	int	840+	yes	failure_enum	Right Magneto Fail – engine 1
rel_magRGT1	int	840+	yes	failure_enum	Right Magneto Fail – engine 2
rel_magRGT2	int	840+	yes	failure_enum	Right Magneto Fail – engine 3
rel_magRGT3	int	840+	yes	failure_enum	Right Magneto Fail – engine 4
rel_magRGT4	int	840+	yes	failure_enum	Right Magneto Fail – engine 5
rel_magRGT5	int	840+	yes	failure_enum	Right Magneto Fail – engine 6
rel_magRGT6	int	840+	yes	failure_enum	Right Magneto Fail – engine 7
rel_magRGT7	int	840+	yes	failure_enum	Right Magneto Fail – engine 8
rel_engfir0	int	804+	yes	failure_enum	Engine Failure – engine 1 Fire
rel_engfir1	int	804+	yes	failure_enum	Engine Failure – engine 2 Fire
rel_engfir2	int	804+	yes	failure_enum	Engine Failure – engine 3 Fire
rel_engfir3	int	804+	yes	failure_enum	Engine Failure – engine 4 Fire
rel_engfir4	int	804+	yes	failure_enum	Engine Failure – engine 5 Fire
rel_engfir5	int	804+	yes	failure_enum	Engine Failure – engine 6 Fire
rel_engfir6	int	804+	yes	failure_enum	Engine Failure – engine 7 Fire
rel_engfir7	int	804+	yes	failure_enum	Engine Failure – engine 8 Fire
rel_engfla0	int	1000+	yes	failure_enum	Engine Failure – engine 1 Flameout
rel_engfla1	int	1000+	yes	failure_enum	Engine Failure – engine 2 Flameout
rel_engfla2	int	1000+	yes	failure_enum	Engine Failure – engine 3 Flameout
rel_engfla3	int	1000+	yes	failure_enum	Engine Failure – engine 4 Flameout
rel_engfla4	int	1000+	yes	failure_enum	Engine Failure – engine 5 Flameout
rel_engfla5	int	1000+	yes	failure_enum	Engine Failure – engine 6 Flameout
rel_engfla6	int	1000+	yes	failure_enum	Engine Failure – engine 7 Flameout
rel_engfla7	int	1000+	yes	failure_enum	Engine Failure – engine 8 Flameout
rel_engfai0	int	740+	yes	failure_enum	Engine Failure – engine 1 loss of power without smoke
rel_engfai1	int	740+	yes	failure_enum	Engine Failure – engine 2
rel_engfai2	int	740+	yes	failure_enum	Engine Failure – engine 3
rel_engfai3	int	740+	yes	failure_enum	Engine Failure – engine 4
rel_engfai4	int	740+	yes	failure_enum	Engine Failure – engine 5
rel_engfai5	int	740+	yes	failure_enum	Engine Failure – engine 6
rel_engfai6	int	740+	yes	failure_enum	Engine Failure – engine 7
rel_engfai7	int	740+	yes	failure_enum	Engine Failure – engine 8
rel_engsep0	int	740+	yes	failure_enum	Engine Separation – engine 1
rel_engsep1	int	740+	yes	failure_enum	Engine Separation – engine 2
rel_engsep2	int	740+	yes	failure_enum	Engine Separation – engine 3
rel_engsep3	int	740+	yes	failure_enum	Engine Separation – engine 4
rel_engsep4	int	740+	yes	failure_enum	Engine Separation – engine 5
rel_engsep5	int	740+	yes	failure_enum	Engine Separation – engine 6
rel_engsep6	int	740+	yes	failure_enum	Engine Separation – engine 7
rel_engsep7	int	740+	yes	failure_enum	Engine Separation – engine 8
rel_fuepmp0	int	740+	yes	failure_enum	Fuel Pump Inop – engine 1 (engine driven)
rel_fuepmp1	int	740+	yes	failure_enum	Fuel Pump Inop – engine 2 (engine driven)
rel_fuepmp2	int	740+	yes	failure_enum	Fuel Pump Inop – engine 3 (engine driven)
rel_fuepmp3	int	740+	yes	failure_enum	Fuel Pump Inop – engine 4 (engine driven)
rel_fuepmp4	int	740+	yes	failure_enum	Fuel Pump Inop – engine 5 (engine driven)
rel_fuepmp5	int	740+	yes	failure_enum	Fuel Pump Inop – engine 6 (engine driven)
rel_fuepmp6	int	740+	yes	failure_enum	Fuel Pump Inop – engine 7 (engine driven)
rel_fuepmp7	int	740+	yes	failure_enum	Fuel Pump Inop – engine 8 (engine driven)
rel_ele_fuepmp0	int	930+	yes	failure_enum	Fuel Pump – engine 1 (electric driven)
rel_ele_fuepmp1	int	930+	yes	failure_enum	Fuel Pump – engine 2 (electric driven)
rel_ele_fuepmp2	int	930+	yes	failure_enum	Fuel Pump – engine 3 (electric driven)
rel_ele_fuepmp3	int	930+	yes	failure_enum	Fuel Pump – engine 4 (electric driven)
rel_ele_fuepmp4	int	930+	yes	failure_enum	Fuel Pump – engine 5 (electric driven)
rel_ele_fuepmp5	int	930+	yes	failure_enum	Fuel Pump – engine 6 (electric driven)
rel_ele_fuepmp6	int	930+	yes	failure_enum	Fuel Pump – engine 7 (electric driven)
rel_ele_fuepmp7	int	930+	yes	failure_enum	Fuel Pump – engine 8 (electric driven)
rel_eng_lo0	int	940+	yes	failure_enum	Fuel Pump Low Pressure – engine 1 (engine driven)
rel_eng_lo1	int	940+	yes	failure_enum	Fuel Pump Low Pressure – engine 2 (engine driven)
rel_eng_lo2	int	940+	yes	failure_enum	Fuel Pump Low Pressure – engine 3 (engine driven)
rel_eng_lo3	int	940+	yes	failure_enum	Fuel Pump Low Pressure – engine 4 (engine driven)
rel_eng_lo4	int	940+	yes	failure_enum	Fuel Pump Low Pressure – engine 5 (engine driven)
rel_eng_lo5	int	940+	yes	failure_enum	Fuel Pump Low Pressure – engine 6 (engine driven)
rel_eng_lo6	int	940+	yes	failure_enum	Fuel Pump Low Pressure – engine 7 (engine driven)
rel_eng_lo7	int	940+	yes	failure_enum	Fuel Pump Low Pressure – engine 8 (engine driven)
rel_airres0	int	1010+	yes	failure_enum	Airflow restricted – Engine 1
rel_airres1	int	1010+	yes	failure_enum	Airflow restricted – Engine 2
rel_airres2	int	1010+	yes	failure_enum	Airflow restricted – Engine 3
rel_airres3	int	1010+	yes	failure_enum	Airflow restricted – Engine 4
rel_airres4	int	1010+	yes	failure_enum	Airflow restricted – Engine 5
rel_airres5	int	1010+	yes	failure_enum	Airflow restricted – Engine 6
rel_airres6	int	1010+	yes	failure_enum	Airflow restricted – Engine 7
rel_airres7	int	1010+	yes	failure_enum	Airflow restricted – Engine 8
rel_fuelfl0	int	804+	yes	failure_enum	Fuel Flow Fluctuation – engine 1
rel_fuelfl1	int	804+	yes	failure_enum	Fuel Flow Fluctuation – engine 2
rel_fuelfl2	int	804+	yes	failure_enum	Fuel Flow Fluctuation – engine 3
rel_fuelfl3	int	804+	yes	failure_enum	Fuel Flow Fluctuation – engine 4
rel_fuelfl4	int	804+	yes	failure_enum	Fuel Flow Fluctuation – engine 5
rel_fuelfl5	int	804+	yes	failure_enum	Fuel Flow Fluctuation – engine 6
rel_fuelfl6	int	804+	yes	failure_enum	Fuel Flow Fluctuation – engine 7
rel_fuelfl7	int	804+	yes	failure_enum	Fuel Flow Fluctuation – engine 8
rel_comsta0	int	804+	yes	failure_enum	Engine Compressor Stall – engine 1
rel_comsta1	int	804+	yes	failure_enum	Engine Compressor Stall – engine 2
rel_comsta2	int	804+	yes	failure_enum	Engine Compressor Stall – engine 3
rel_comsta3	int	804+	yes	failure_enum	Engine Compressor Stall – engine 4
rel_comsta4	int	804+	yes	failure_enum	Engine Compressor Stall – engine 5
rel_comsta5	int	804+	yes	failure_enum	Engine Compressor Stall – engine 6
rel_comsta6	int	804+	yes	failure_enum	Engine Compressor Stall – engine 7
rel_comsta7	int	804+	yes	failure_enum	Engine Compressor Stall – engine 8
rel_startr0	int	900+	yes	failure_enum	Starter – engine 1
rel_startr1	int	900+	yes	failure_enum	Starter – engine 2
rel_startr2	int	900+	yes	failure_enum	Starter – engine 3
rel_startr3	int	900+	yes	failure_enum	Starter – engine 4
rel_startr4	int	900+	yes	failure_enum	Starter – engine 5
rel_startr5	int	900+	yes	failure_enum	Starter – engine 6
rel_startr6	int	900+	yes	failure_enum	Starter – engine 7
rel_startr7	int	900+	yes	failure_enum	Starter – engine 8
rel_ignitr0	int	900+	yes	failure_enum	Ignitor – engine 1
rel_ignitr1	int	900+	yes	failure_enum	Ignitor – engine 2
rel_ignitr2	int	900+	yes	failure_enum	Ignitor – engine 3
rel_ignitr3	int	900+	yes	failure_enum	Ignitor – engine 4
rel_ignitr4	int	900+	yes	failure_enum	Ignitor – engine 5
rel_ignitr5	int	900+	yes	failure_enum	Ignitor – engine 6
rel_ignitr6	int	900+	yes	failure_enum	Ignitor – engine 7
rel_ignitr7	int	900+	yes	failure_enum	Ignitor – engine 8
rel_hunsta0	int	860+	yes	failure_enum	Hung Start – engine 0
rel_hunsta1	int	860+	yes	failure_enum	Hung Start – engine 1
rel_hunsta2	int	860+	yes	failure_enum	Hung Start – engine 2
rel_hunsta3	int	860+	yes	failure_enum	Hung Start – engine 3
rel_hunsta4	int	860+	yes	failure_enum	Hung Start – engine 4
rel_hunsta5	int	860+	yes	failure_enum	Hung Start – engine 5
rel_hunsta6	int	860+	yes	failure_enum	Hung Start – engine 6
rel_hunsta7	int	860+	yes	failure_enum	Hung Start – engine 7
rel_clonoz0	int	1010+	yes	failure_enum	Hung start (clogged nozzles) – Engine 1
rel_clonoz1	int	1010+	yes	failure_enum	Hung start (clogged nozzles) – Engine 2
rel_clonoz2	int	1010+	yes	failure_enum	Hung start (clogged nozzles) – Engine 3
rel_clonoz3	int	1010+	yes	failure_enum	Hung start (clogged nozzles) – Engine 4
rel_clonoz4	int	1010+	yes	failure_enum	Hung start (clogged nozzles) – Engine 5
rel_clonoz5	int	1010+	yes	failure_enum	Hung start (clogged nozzles) – Engine 6
rel_clonoz6	int	1010+	yes	failure_enum	Hung start (clogged nozzles) – Engine 7
rel_clonoz7	int	1010+	yes	failure_enum	Hung start (clogged nozzles) – Engine 8
rel_hotsta0	int	860+	yes	failure_enum	Hot Start – engine 0
rel_hotsta1	int	860+	yes	failure_enum	Hot Start – engine 1
rel_hotsta2	int	860+	yes	failure_enum	Hot Start – engine 2
rel_hotsta3	int	860+	yes	failure_enum	Hot Start – engine 3
rel_hotsta4	int	860+	yes	failure_enum	Hot Start – engine 4
rel_hotsta5	int	860+	yes	failure_enum	Hot Start – engine 5
rel_hotsta6	int	860+	yes	failure_enum	Hot Start – engine 6
rel_hotsta7	int	860+	yes	failure_enum	Hot Start – engine 7
rel_runITT0	int	804+	yes	failure_enum	Runway Hot ITT – engine 1
rel_runITT1	int	804+	yes	failure_enum	Runway Hot ITT – engine 2
rel_runITT2	int	804+	yes	failure_enum	Runway Hot ITT – engine 3
rel_runITT3	int	804+	yes	failure_enum	Runway Hot ITT – engine 4
rel_runITT4	int	804+	yes	failure_enum	Runway Hot ITT – engine 5
rel_runITT5	int	804+	yes	failure_enum	Runway Hot ITT – engine 6
rel_runITT6	int	804+	yes	failure_enum	Runway Hot ITT – engine 7
rel_runITT7	int	804+	yes	failure_enum	Runway Hot ITT – engine 8
rel_genera0	int	740+	yes	failure_enum	Generator – engine 1
rel_genera1	int	740+	yes	failure_enum	Generator – engine 2
rel_genera2	int	740+	yes	failure_enum	Generator – engine 3
rel_genera3	int	740+	yes	failure_enum	Generator – engine 4
rel_genera4	int	740+	yes	failure_enum	Generator – engine 5
rel_genera5	int	740+	yes	failure_enum	Generator – engine 6
rel_genera6	int	740+	yes	failure_enum	Generator – engine 7
rel_genera7	int	740+	yes	failure_enum	Generator – engine 8
rel_batter0	int	1000+	yes	failure_enum	Battery 1
rel_batter1	int	1000+	yes	failure_enum	Battery 2
rel_batter2	int	1000+	yes	failure_enum	Battery 3
rel_batter3	int	1000+	yes	failure_enum	Battery 4
rel_batter4	int	1000+	yes	failure_enum	Battery 5
rel_batter5	int	1000+	yes	failure_enum	Battery 6
rel_batter6	int	1000+	yes	failure_enum	Battery 7
rel_batter7	int	1000+	yes	failure_enum	Battery 8
rel_govnr_0	int	900+	yes	failure_enum	Governor throttle fail – engine 1
rel_govnr_1	int	900+	yes	failure_enum	Governor throttle fail – engine 2
rel_govnr_2	int	900+	yes	failure_enum	Governor throttle fail – engine 3
rel_govnr_3	int	900+	yes	failure_enum	Governor throttle fail – engine 4
rel_govnr_4	int	900+	yes	failure_enum	Governor throttle fail – engine 5
rel_govnr_5	int	900+	yes	failure_enum	Governor throttle fail – engine 6
rel_govnr_6	int	900+	yes	failure_enum	Governor throttle fail – engine 7
rel_govnr_7	int	900+	yes	failure_enum	Governor throttle fail – engine 8
rel_fadec_0	int	740+	yes	failure_enum	Fadec – engine 1
rel_fadec_1	int	740+	yes	failure_enum	Fadec – engine 2
rel_fadec_2	int	740+	yes	failure_enum	Fadec – engine 3
rel_fadec_3	int	740+	yes	failure_enum	Fadec – engine 4
rel_fadec_4	int	740+	yes	failure_enum	Fadec – engine 5
rel_fadec_5	int	740+	yes	failure_enum	Fadec – engine 6
rel_fadec_6	int	740+	yes	failure_enum	Fadec – engine 7
rel_fadec_7	int	740+	yes	failure_enum	Fadec – engine 8
rel_oilpmp0	int	740+	yes	failure_enum	Oil Pump – engine 1
rel_oilpmp1	int	740+	yes	failure_enum	Oil Pump – engine 2
rel_oilpmp2	int	740+	yes	failure_enum	Oil Pump – engine 3
rel_oilpmp3	int	740+	yes	failure_enum	Oil Pump – engine 4
rel_oilpmp4	int	740+	yes	failure_enum	Oil Pump – engine 5
rel_oilpmp5	int	740+	yes	failure_enum	Oil Pump – engine 6
rel_oilpmp6	int	740+	yes	failure_enum	Oil Pump – engine 7
rel_oilpmp7	int	740+	yes	failure_enum	Oil Pump – engine 8
rel_chipde0	int	1010+	yes	failure_enum	Chip Detected – engine 1
rel_chipde1	int	1010+	yes	failure_enum	Chip Detected – engine 2
rel_chipde2	int	1010+	yes	failure_enum	Chip Detected – engine 3
rel_chipde3	int	1010+	yes	failure_enum	Chip Detected – engine 4
rel_chipde4	int	1010+	yes	failure_enum	Chip Detected – engine 5
rel_chipde5	int	1010+	yes	failure_enum	Chip Detected – engine 6
rel_chipde6	int	1010+	yes	failure_enum	Chip Detected – engine 7
rel_chipde7	int	1010+	yes	failure_enum	Chip Detected – engine 8
rel_prpfin0	int	900+	yes	failure_enum	Prop governor fail to fine – engine 1
rel_prpfin1	int	900+	yes	failure_enum	Prop governor fail to fine – engine 2
rel_prpfin2	int	900+	yes	failure_enum	Prop governor fail to fine – engine 3
rel_prpfin3	int	900+	yes	failure_enum	Prop governor fail to fine – engine 4
rel_prpfin4	int	900+	yes	failure_enum	Prop governor fail to fine – engine 5
rel_prpfin5	int	900+	yes	failure_enum	Prop governor fail to fine – engine 6
rel_prpfin6	int	900+	yes	failure_enum	Prop governor fail to fine – engine 7
rel_prpfin7	int	900+	yes	failure_enum	Prop governor fail to fine – engine 8
rel_prpcrs0	int	900+	yes	failure_enum	Prop governor fail to coarse – engine 1
rel_prpcrs1	int	900+	yes	failure_enum	Prop governor fail to coarse – engine 2
rel_prpcrs2	int	900+	yes	failure_enum	Prop governor fail to coarse – engine 3
rel_prpcrs3	int	900+	yes	failure_enum	Prop governor fail to coarse – engine 4
rel_prpcrs4	int	900+	yes	failure_enum	Prop governor fail to coarse – engine 5
rel_prpcrs5	int	900+	yes	failure_enum	Prop governor fail to coarse – engine 6
rel_prpcrs6	int	900+	yes	failure_enum	Prop governor fail to coarse – engine 7
rel_prpcrs7	int	900+	yes	failure_enum	Prop governor fail to coarse – engine 8
rel_pshaft0	int	740+	yes	failure_enum	Drive Shaft – engine 1
rel_pshaft1	int	740+	yes	failure_enum	Drive Shaft – engine 2
rel_pshaft2	int	740+	yes	failure_enum	Drive Shaft – engine 3
rel_pshaft3	int	740+	yes	failure_enum	Drive Shaft – engine 4
rel_pshaft4	int	740+	yes	failure_enum	Drive Shaft – engine 5
rel_pshaft5	int	740+	yes	failure_enum	Drive Shaft – engine 6
rel_pshaft6	int	740+	yes	failure_enum	Drive Shaft – engine 7
rel_pshaft7	int	740+	yes	failure_enum	Drive Shaft – engine 8
rel_seize_0	int	740+	yes	failure_enum	Engine Seize – engine 1
rel_seize_1	int	740+	yes	failure_enum	Engine Seize – engine 2
rel_seize_2	int	740+	yes	failure_enum	Engine Seize – engine 3
rel_seize_3	int	740+	yes	failure_enum	Engine Seize – engine 4
rel_seize_4	int	740+	yes	failure_enum	Engine Seize – engine 5
rel_seize_5	int	740+	yes	failure_enum	Engine Seize – engine 6
rel_seize_6	int	740+	yes	failure_enum	Engine Seize – engine 7
rel_seize_7	int	740+	yes	failure_enum	Engine Seize – engine 8
rel_revers0	int	940+	yes	failure_enum	Thrust Reversers Inop – engine 1
rel_revers1	int	940+	yes	failure_enum	Thrust Reversers Inop – engine 2
rel_revers2	int	940+	yes	failure_enum	Thrust Reversers Inop – engine 3
rel_revers3	int	940+	yes	failure_enum	Thrust Reversers Inop – engine 4
rel_revers4	int	940+	yes	failure_enum	Thrust Reversers Inop – engine 5
rel_revers5	int	940+	yes	failure_enum	Thrust Reversers Inop – engine 6
rel_revers6	int	940+	yes	failure_enum	Thrust Reversers Inop – engine 7
rel_revers7	int	940+	yes	failure_enum	Thrust Reversers Inop – engine 8
rel_revdep0	int	740+	yes	failure_enum	Thrust Reversers Deploy – engine 1
rel_revdep1	int	740+	yes	failure_enum	Thrust Reversers Deploy – engine 2
rel_revdep2	int	740+	yes	failure_enum	Thrust Reversers Deploy – engine 3
rel_revdep3	int	740+	yes	failure_enum	Thrust Reversers Deploy – engine 4
rel_revdep4	int	740+	yes	failure_enum	Thrust Reversers Deploy – engine 5
rel_revdep5	int	740+	yes	failure_enum	Thrust Reversers Deploy – engine 6
rel_revdep6	int	740+	yes	failure_enum	Thrust Reversers Deploy – engine 7
rel_revdep7	int	740+	yes	failure_enum	Thrust Reversers Deploy – engine 8
rel_revloc0	int	1010+	yes	failure_enum	Thrust Reversers Locked – engine 1
rel_revloc1	int	1010+	yes	failure_enum	Thrust Reversers Locked – engine 2
rel_revloc2	int	1010+	yes	failure_enum	Thrust Reversers Locked – engine 3
rel_revloc3	int	1010+	yes	failure_enum	Thrust Reversers Locked – engine 4
rel_revloc4	int	1010+	yes	failure_enum	Thrust Reversers Locked – engine 5
rel_revloc5	int	1010+	yes	failure_enum	Thrust Reversers Locked – engine 6
rel_revloc6	int	1010+	yes	failure_enum	Thrust Reversers Locked – engine 7
rel_revloc7	int	1010+	yes	failure_enum	Thrust Reversers Locked – engine 8
rel_aftbur0	int	840+	yes	failure_enum	Afterburners – engine 1
rel_aftbur1	int	840+	yes	failure_enum	Afterburners – engine 2
rel_aftbur2	int	840+	yes	failure_enum	Afterburners – engine 3
rel_aftbur3	int	840+	yes	failure_enum	Afterburners – engine 4
rel_aftbur4	int	840+	yes	failure_enum	Afterburners – engine 5
rel_aftbur5	int	840+	yes	failure_enum	Afterburners – engine 6
rel_aftbur6	int	840+	yes	failure_enum	Afterburners – engine 7
rel_aftbur7	int	840+	yes	failure_enum	Afterburners – engine 8
rel_ice_inlet_heat	int	900+	yes	failure_enum	Inlet heat, engine 1
rel_ice_inlet_heat2	int	920+	yes	failure_enum	Inlet heat, engine 2
rel_ice_inlet_heat3	int	1020+	yes	failure_enum	Inlet heat, engine 3
rel_ice_inlet_heat4	int	1020+	yes	failure_enum	Inlet heat, engine 4
rel_ice_inlet_heat5	int	1020+	yes	failure_enum	Inlet heat, engine 5
rel_ice_inlet_heat6	int	1020+	yes	failure_enum	Inlet heat, engine 6
rel_ice_inlet_heat7	int	1020+	yes	failure_enum	Inlet heat, engine 7
rel_ice_inlet_heat8	int	1020+	yes	failure_enum	Inlet heat, engine 8
rel_ice_prop_heat	int	900+	yes	failure_enum	Prop Heat, engine 1
rel_ice_prop_heat2	int	920+	yes	failure_enum	Prop Heat, engine 2
rel_ice_prop_heat3	int	1020+	yes	failure_enum	Prop Heat, engine 3
rel_ice_prop_heat4	int	1020+	yes	failure_enum	Prop Heat, engine 4
rel_ice_prop_heat5	int	1020+	yes	failure_enum	Prop Heat, engine 5
rel_ice_prop_heat6	int	1020+	yes	failure_enum	Prop Heat, engine 6
rel_ice_prop_heat7	int	1020+	yes	failure_enum	Prop Heat, engine 7
rel_ice_prop_heat8	int	1020+	yes	failure_enum	Prop Heat, engine 8
rel_wing1L	int	740+	yes	failure_enum	Wing separations – left wing 1
rel_wing1R	int	740+	yes	failure_enum	Wing separations – right wing 1
rel_wing2L	int	740+	yes	failure_enum	Wing separations – left wing 2
rel_wing2R	int	740+	yes	failure_enum	Wing separations – right wing 2
rel_wing3L	int	740+	yes	failure_enum	Wing separations – left wing 3
rel_wing3R	int	740+	yes	failure_enum	Wing separations – right wing 3
rel_wing4L	int	740+	yes	failure_enum	Wing separations – left wing 4
rel_wing4R	int	740+	yes	failure_enum	Wing separations – right wing 4
rel_hstbL	int	740+	yes	failure_enum	Left horizontal stabilizer separate
rel_hstbR	int	740+	yes	failure_enum	Right horizontal stabilizer separate
rel_vstb1	int	740+	yes	failure_enum	Vertical stabilizer 1 separate
rel_vstb2	int	740+	yes	failure_enum	Vertical stabilizer 2 separate
rel_mwing1	int	740+	yes	failure_enum	Misc wing 1 separate
rel_mwing2	int	740+	yes	failure_enum	Misc wing 2 separate
rel_mwing3	int	740+	yes	failure_enum	Misc wing 3 separate
rel_mwing4	int	740+	yes	failure_enum	Misc wing 4 separate
rel_mwing5	int	740+	yes	failure_enum	Misc wing 5 separate
rel_mwing6	int	740+	yes	failure_enum	Misc wing 6 separate
rel_mwing7	int	740+	yes	failure_enum	Misc wing 7 separate
rel_mwing8	int	740+	yes	failure_enum	Misc wing 8 separate
rel_pyl1a	int	740+	yes	failure_enum	Engine Pylon 1a Separate
rel_pyl2a	int	740+	yes	failure_enum	Engine Pylon 2a Separate
rel_pyl3a	int	740+	yes	failure_enum	Engine Pylon 3a Separate
rel_pyl4a	int	740+	yes	failure_enum	Engine Pylon 4a Separate
rel_pyl5a	int	740+	yes	failure_enum	Engine Pylon 5a Separate
rel_pyl6a	int	740+	yes	failure_enum	Engine Pylon 6a Separate
rel_pyl7a	int	740+	yes	failure_enum	Engine Pylon 7a Separate
rel_pyl8a	int	740+	yes	failure_enum	Engine Pylon 8a Separate
rel_pyl1b	int	740+	yes	failure_enum	Engine Pylon 1b Separate
rel_pyl2b	int	740+	yes	failure_enum	Engine Pylon 2b Separate
rel_pyl3b	int	740+	yes	failure_enum	Engine Pylon 3b Separate
rel_pyl4b	int	740+	yes	failure_enum	Engine Pylon 4b Separate
rel_pyl5b	int	740+	yes	failure_enum	Engine Pylon 5b Separate
rel_pyl6b	int	740+	yes	failure_enum	Engine Pylon 6b Separate
rel_pyl7b	int	740+	yes	failure_enum	Engine Pylon 7b Separate
rel_pyl8b	int	740+	yes	failure_enum	Engine Pylon 8b Separate
rel_gen_esys	int	1000+	yes	failure_enum	General electrical failure
rel_gen_avio	int	1000+	yes	failure_enum	General avionics bus failure
rel_instrument	int[800]	804-931	yes	enum	Failures for every panel instrument. Based on instrument index number. (WARNING: this is a risky thing to use. Was dim 300 in v864)
rel_invert2	int	740-740	yes	enum	Inverter – engine 3
rel_invert3	int	740-740	yes	enum	Inverter – engine 4
rel_invert4	int	740-740	yes	enum	Inverter – engine 5
rel_invert5	int	740-740	yes	enum	Inverter – engine 6
rel_invert6	int	740-740	yes	enum	Inverter – engine 7
rel_invert7	int	740-740	yes	enum	Inverter – engine 8
rel_ENGind0	int	804-811	yes	enum	Panel Indicator Inop – all engine 1
rel_ENGind1	int	804-811	yes	enum	Panel Indicator Inop – all engine 2
rel_ENGind2	int	804-811	yes	enum	Panel Indicator Inop – all engine 3
rel_ENGind3	int	804-811	yes	enum	Panel Indicator Inop – all engine 4
rel_ENGind4	int	804-811	yes	enum	Panel Indicator Inop – all engine 5
rel_ENGind5	int	804-811	yes	enum	Panel Indicator Inop – all engine 6
rel_ENGind6	int	804-811	yes	enum	Panel Indicator Inop – all engine 7
rel_ENGind7	int	804-811	yes	enum	Panel Indicator Inop – all engine 8
rel_PRPind0	int	804-811	yes	enum	Panel Indicator Inop – all prop 1
rel_PRPind1	int	804-811	yes	enum	Panel Indicator Inop – all prop 2
rel_PRPind2	int	804-811	yes	enum	Panel Indicator Inop – all prop 3
rel_PRPind3	int	804-811	yes	enum	Panel Indicator Inop – all prop 4
rel_PRPind4	int	804-811	yes	enum	Panel Indicator Inop – all prop 5
rel_PRPind5	int	804-811	yes	enum	Panel Indicator Inop – all prop 6
rel_PRPind6	int	804-811	yes	enum	Panel Indicator Inop – all prop 7
rel_PRPind7	int	804-811	yes	enum	Panel Indicator Inop – all prop 8
rel_N1_ind0	int	804-811	yes	enum	Panel Indicator Inop – N1 engine 1
rel_N1_ind1	int	804-811	yes	enum	Panel Indicator Inop – N1 engine 2
rel_N1_ind2	int	804-811	yes	enum	Panel Indicator Inop – N1 engine 3
rel_N1_ind3	int	804-811	yes	enum	Panel Indicator Inop – N1 engine 4
rel_N1_ind4	int	804-811	yes	enum	Panel Indicator Inop – N1 engine 5
rel_N1_ind5	int	804-811	yes	enum	Panel Indicator Inop – N1 engine 6
rel_N1_ind6	int	804-811	yes	enum	Panel Indicator Inop – N1 engine 7
rel_N1_ind7	int	804-811	yes	enum	Panel Indicator Inop – N1 engine 8
rel_N2_ind0	int	804-811	yes	enum	Panel Indicator Inop – N2 engine 1
rel_N2_ind1	int	804-811	yes	enum	Panel Indicator Inop – N2 engine 2
rel_N2_ind2	int	804-811	yes	enum	Panel Indicator Inop – N2 engine 3
rel_N2_ind3	int	804-811	yes	enum	Panel Indicator Inop – N2 engine 4
rel_N2_ind4	int	804-811	yes	enum	Panel Indicator Inop – N2 engine 5
rel_N2_ind5	int	804-811	yes	enum	Panel Indicator Inop – N2 engine 6
rel_N2_ind6	int	804-811	yes	enum	Panel Indicator Inop – N2 engine 7
rel_N2_ind7	int	804-811	yes	enum	Panel Indicator Inop – N2 engine 8
rel_TRQind0	int	804-811	yes	enum	Panel Indicator Inop – Torque engine 1
rel_TRQind1	int	804-811	yes	enum	Panel Indicator Inop – Torque engine 2
rel_TRQind2	int	804-811	yes	enum	Panel Indicator Inop – Torque engine 3
rel_TRQind3	int	804-811	yes	enum	Panel Indicator Inop – Torque engine 4
rel_TRQind4	int	804-811	yes	enum	Panel Indicator Inop – Torque engine 5
rel_TRQind5	int	804-811	yes	enum	Panel Indicator Inop – Torque engine 6
rel_TRQind6	int	804-811	yes	enum	Panel Indicator Inop – Torque engine 7
rel_TRQind7	int	804-811	yes	enum	Panel Indicator Inop – Torque engine 8
rel_FF_ind0	int	804-811	yes	enum	Panel Indicator Inop – Fuel flow engine 1
rel_FF_ind1	int	804-811	yes	enum	Panel Indicator Inop – Fuel flow engine 2
rel_FF_ind2	int	804-811	yes	enum	Panel Indicator Inop – Fuel flow engine 3
rel_FF_ind3	int	804-811	yes	enum	Panel Indicator Inop – Fuel flow engine 4
rel_FF_ind4	int	804-811	yes	enum	Panel Indicator Inop – Fuel flow engine 5
rel_FF_ind5	int	804-811	yes	enum	Panel Indicator Inop – Fuel flow engine 6
rel_FF_ind6	int	804-811	yes	enum	Panel Indicator Inop – Fuel flow engine 7
rel_FF_ind7	int	804-811	yes	enum	Panel Indicator Inop – Fuel flow engine 8
rel_EPRind0	int	804-811	yes	enum	Panel Indicator Inop – Engine Pressure Ratio Engine 1
rel_EPRind1	int	804-811	yes	enum	Panel Indicator Inop – Engine Pressure Ratio Engine 2
rel_EPRind2	int	804-811	yes	enum	Panel Indicator Inop – Engine Pressure Ratio Engine 3
rel_EPRind3	int	804-811	yes	enum	Panel Indicator Inop – Engine Pressure Ratio Engine 4
rel_EPRind4	int	804-811	yes	enum	Panel Indicator Inop – Engine Pressure Ratio Engine 5
rel_EPRind5	int	804-811	yes	enum	Panel Indicator Inop – Engine Pressure Ratio Engine 6
rel_EPRind6	int	804-811	yes	enum	Panel Indicator Inop – Engine Pressure Ratio Engine 7
rel_EPRind7	int	804-811	yes	enum	Panel Indicator Inop – Engine Pressure Ratio Engine 8
rel_ITTind0	int	804-811	yes	enum	Panel Indicator Inop – ITT engine 1
rel_ITTind1	int	804-811	yes	enum	Panel Indicator Inop – ITT engine 2
rel_ITTind2	int	804-811	yes	enum	Panel Indicator Inop – ITT engine 3
rel_ITTind3	int	804-811	yes	enum	Panel Indicator Inop – ITT engine 4
rel_ITTind4	int	804-811	yes	enum	Panel Indicator Inop – ITT engine 5
rel_ITTind5	int	804-811	yes	enum	Panel Indicator Inop – ITT engine 6
rel_ITTind6	int	804-811	yes	enum	Panel Indicator Inop – ITT engine 7
rel_ITTind7	int	804-811	yes	enum	Panel Indicator Inop – ITT engine 8

sim/operation/g430/

These datarefs only apply to real, physical G430s, e.g. if you buy an expensive G430 and plug it into your PC! This is not for any _simulated_ system.

G430_is_vloc

int[2]

1030+

boolean

If true, vertical guidance is a glide slope – otherwise it is a GPS vertical guidance indicator. Comes from the physical units!

sim/operation/misc/

debug_network	int	660+	yes	boolean	Enable logging of network data
frame_rate_period	float	660+	yes	secs	The frame rate period. Use the reciprocal to get the frame rate (e.g. 1/mnw.prd). Writable via override_timestep in 11.10
time_ratio	float	660+	no	secs	This is how close XP time matches real time. Ideal ratio is 1. NOTE: in 930 and later time ratio is always 1.0.

sim/operation/override/

override_joystick	int	660+	yes	boolean	Override control of the joystick deflections (overrides stick, yoke, pedals, keys, mouse, and auto-coordination)
override_artstab	int	660+	yes	boolean	Override control of the artificial stability system
override_flightcontrol	int	660+	yes	boolean	Override all parts of the flight system at once
override_gearbrake	int	660+	yes	boolean	Override gear and brake status
override_planepath	int[20]	660+	yes	boolean	Override position updates of this plane
override_plane_ai_autopilot	int[20]	860+	yes	boolean	Override the AI’s control of the plane via the autopilot
override_navneedles	int	660+	yes	boolean	Override navcom radios
override_nav1_needles	int	930+	yes	boolean	Override nav1 receiver
override_nav2_needles	int	930+	yes	boolean	Override nav2 receiver
override_adf	int	660+	yes	boolean	Override ADF radios
override_dme	int	660+	yes	boolean	Override DME distances
override_gps	int	660+	yes	boolean	Override GPS computer
override_nav_heading	int	940+	yes	boolean	Override raw heading flown by nav (for GPS that fly by roll commands)
override_flightdir	int	660+	yes	boolean	Override flight director needles (both axes)
override_flightdir_ptch	int	810+	yes	boolean	Override flight director needles (pitch only)
override_flightdir_roll	int	810+	yes	boolean	Override flight director needles (roll only)
override_camera	int	660+	yes	boolean	Override camera control. NOTE: DO NOT USE, USE XPLMCAMERA!!
override_annunciators	int	660+	yes	boolean	Override annunciators
override_autopilot	int	710+	yes	boolean	Override the autopilot’s brains
override_pfc_autopilot_lites	int	710-811	yes	boolean	Override partial control of a PFC jet cockpit (not for the faint at heart!)
override_joystick_heading	int	710+	yes	boolean	Override just heading (yaw) control (disables auto-coordination). Use yoke_heading_ratio.
override_joystick_pitch	int	710+	yes	boolean	Override just pitch control. Use yoke_pitch_ratio.
override_joystick_roll	int	710+	yes	boolean	Override just roll control. Use yoke_roll_ratio.
override_throttles	int	710+	yes	boolean	Override the throttles. Use ENGN_thro_use to control them.
override_prop_pitch	int	930+	yes	boolean	Override the prop pitch. Use POINT_pitch_deg_use to edit.
override_prop_mode	int	1030+	yes	boolean	Override the prop mode. Use ENGN_propmode to edit.
override_mixture	int	930+	yes	boolean	Override the mixture controls. Use ENGN_mixt to edit.
override_groundplane	int	740+	yes	boolean	Override ground interactions (see sim/flightmodel/ground) – in v11 this was gone until 11.30.
disable_cockpit_object	int	750-1099	yes	boolean	Disable drawing of 3-d cockpit object
disable_twosided_fuselage	int	750-1099	yes	boolean	Disable drawing of 3-d cockpit object
override_fms_advance	int	840+	yes	boolean	Override the FMS going to the next waypoint.
override_fuel_flow	int	850+	yes	boolean	overrides fuel flow variable sim/flightmodel/engine/ENGN_FF_
override_itt_egt	int	850+	yes	boolean	overrides engine temp vars sim/flightmodel/engine/ENGN_EGT_c and ENGN_ITT_c
override_control_surfaces	int	850+	yes	boolean	overrides individual control surfaces, e.g. sim/flightmodel/controls/lail1def
override_engines	int	1000+	yes	boolean	overrides all engine calculations – write to LMN and g_nrml/side/axil.
override_torque_motors	int	1130+	yes	boolean	overrides all engine calculations but not the prop – write the torque your motor generates while the prop will still be simulated by X-Plane
override_forces	int	1000+	yes	boolean	overrides all force calculations – write to LMN and g_nrml/side/axil.
override_boats	int[2]	1025+	yes	boolean	overrides speed, heading, and rocking of boats. index 0=carrier, 1=frigate
override_clouds	int	1030+	yes	boolean	overrides building and drawing of clouds as well as white-out-in-cloud effects
override_wheel_steer	int	1030+	yes	boolean	overrides the steering of individual gear from tiller/rudder.
override_airport_lites	int	1050+	yes	boolean	overrides when the airport lites go on and off.
override_fuel_system	int	1050+	yes	boolean	this override turns off transfer and dump and lets the plugin decide if the engine gets fuel
override_TCAS	int	1100+	yes	boolean	this override lets third party add-ons write to the TCAS source data array
override_toe_brakes	int	1100+	yes	boolean	this override gives plguins control of sim/flightmodel2/controls/left_brake_ratio and right_brake_ratio
override_ground_trucks	int	1110+	yes	boolean	set this override to disable Austin’s trucks.
override_timestep	int	1110+	yes	boolean	this overrides the sim’s time step. when enabled, xtim.prd_sim, sim/operation/misc/frame_rate_period is plugin-writable
override_pressurization	int	1130+	yes	boolean	override the sims pressurization control, so a plugin can control cabin pressurization itself.
override_oxygen_system	int	1130+	yes	boolean	override the sims crew and passenger oxygen system, so a plugin can control the oxygen system itself

sim/operation/prefs/

has_view_bitmap	int[9]	660-899	no	boolean	Do we have a panel for this angle? – Ben says, this actually indicated whether we had an old v6-style panel. Deprecated for v9, where v6 panels are not supported!
startup_on_ramp	int	660-899	yes	boolean	Start up on the ramp?
startup_running	int	660+	yes	boolean	Start up with the plane running?
autopilot_grab_cur_speed	int	660-700	yes	boolean	On engage, does the autopilot set itself to the current speed?
autopilot_grab_cur_heading	int	660-700	yes	boolean	On engage, does the autopilot set itself to the current heading?
autopilot_grab_cur_vvi	int	660-700	yes	boolean	On engage, does the autopilot set itself to the current vertical speed?
autopilot_grab_cur_altitude	int	660-700	yes	boolean	On engage, does the autopilot set itself to the current altitude?
warn_overspeed	int	660+	yes	boolean	Warn if we exceed max airframe speed
warn_overgforce	int	660+	yes	boolean	Warn if we exceed max g-forces on aircraft
warn_overspeed_flaps	int	660+	yes	boolean	Warn if we exceed max flap extended speed
warn_overspeed_gear	int	660+	yes	boolean	Warn if we exceed max gear deployed speed
reset_on_crash	int	660+	no	boolean	On crash, do we reset the AC to the nearest airport? – gone in v11, read only dref returns false for compatibility.
warn_nonobvious_stuff	int	660+	yes	boolean	Show text warning for otherwise hard to see things like carb-icing?
warn_framerate_low	int	660-1099	yes	boolean	Show text warning if framerate gets too low
has_headset_on	int	660-811	yes	boolean	Muffle sound as if a headset is on
text_out	int	660+	yes	boolean	show text ATC messages?
replay_mode	int	660+	yes	enum	Are we in replay mode?
warn_bb	int	660-999	yes	boolean	Bitchin Betty (should have been in /sound/
aircraft_damping	int	660-700	yes	boolean	This used to be an option under equipment settings for auto damping or something.
auto_coordinate_helos	int	660-832	yes	boolean	Automatically coordinate tale rotor for helos
ai_flies_aircraft	int	860+	yes	boolean	Controls whether the AI controls the user’s plane
using_experimental_fm	int	1131+	no	boolean	True if the user has enabled the experimental flight model.

sim/operation/prefs/realweather/

check_real_weather_time_sec	float	660-999	yes	minutes	How often to check real weather (Dataref mislabeled, is really minutes.)
real_weather_max_vis_nm	float	660-999	yes	nm	Max distance for real weather visibility (probably really in sm)

sim/operation/prefs/misc/

language	int	660+	no	enum	Current language
has_lua_alloc	int	1020+	no	bool	Returns true if the sim provides a low-mem lua allocator via inter-plugin messaging.

sim/operation/sound/

These are really the user’s sound preference so: put them back when your plugin is done, and don’t be shocked if some datarefs go away if the prefs change.

has_sound	int	660+	no	boolean	Does this machine have sound hardware that X-Plane understands?
has_speech_synth	int	660+	no	boolean	Does this machine have speech synth capabilities?
sound_on	int	660+	yes	boolean	Is sound on (set by user)
speech_on	int	660+	yes	boolean	Is speech synth on (set by user)
radio_chatter_on	int	740-999	yes	boolean	Turn off background radio chatter
master_sound_volume	float	740-899	yes	0-1	Master audio level in X-Plane – broken in late v8, no master volume exists.
master_volume_ratio	float	1100+	yes	0-1	Master Volume
exterior_volume_ratio	float	1100+	yes	0-1	Volume level for engine sound effects, ratio from 0 (silent) to 1 (max loudness)
interior_volume_ratio	float	1100+	yes	0-1	Volume level for engine sound effects, ratio from 0 (silent) to 1 (max loudness)
copilot_volume_ratio	float	1100+	yes	0-1	Volume level for engine sound effects, ratio from 0 (silent) to 1 (max loudness)
radio_volume_ratio	float	1030+	yes	0-1	Volume level for the com radios, ratio from 0 (silent) to 1 (max loudness)
enviro_volume_ratio	float	1100+	yes	0-1	Volume level for engine sound effects, ratio from 0 (silent) to 1 (max loudness)
ui_volume_ratio	float	1100+	yes	0-1	Volume level for engine sound effects, ratio from 0 (silent) to 1 (max loudness)
engine_volume_ratio	float	1030+	yes	0-1	Volume level for engine sound effects, ratio from 0 (silent) to 1 (max loudness)
prop_volume_ratio	float	1030+	yes	0-1	Volume level for propeller sound effects, ratio from 0 (silent) to 1 (max loudness)
ground_volume_ratio	float	1030+	yes	0-1	Volume level for ground contact effects, ratio from 0 (silent) to 1 (max loudness)
weather_volume_ratio	float	1030+	yes	0-1	Volume level for weather sound effects, ratio from 0 (silent) to 1 (max loudness)
warning_volume_ratio	float	1030+	yes	0-1	Volume level for warning systems, ratio from 0 (silent) to 1 (max loudness)
fan_volume_ratio	float	1030+	yes	0-1	Volume level for the avionics fan, ratio from 0 (silent) to 1 (max loudness)
inside_ratio	float[64]	1100+	no	0-1	1 if we are in this space, 0 if outside, and a fraction as we transition through the borer region
inside_any	int	1132+	no	boolean	True if the camera is inside ANY of the defined sound volumes for the aircraft.
users_canopy_open_ratio	float	1130+	no	ratio	Canopy position: 0 = closed, 1 = open – these ALWAYS reflect the USER’s plane (even when used on an AI) so they are appropriate for SOUND MIXING.
users_door_open_ratio	float[10]	1130+	no	ratio	How open is the door, 0 = closed, 1 = open – these ALWAYS reflect the USER’s plane (even when used on an AI) so they are appropriate for SOUND MIXING.

sim/operation/windows/

system_window	int	660+	no	HWND	This is X-Plane’s system native window as an int (either an HWND or WindowRef pre 102)
system_window_64	int[2]	1020+	no	HWND	This is X-Plane’s system native window as an array of two ints – low 32 bits first (either an HWND or WindowRef)

sim/test/

test_float

float

900+

yes

ratio

this test dataref is used internally for testing our models

sim/time/

timer_is_running_sec	int	660+	yes	boolean	Is the timer running?
total_running_time_sec	float	660+	yes	seconds	Total time the sim has been up
total_flight_time_sec	float	660+	yes	seconds	Total time since the flight got reset by something
timer_elapsed_time_sec	float	660+	yes	seconds	Total time elapsed on the timer
local_time_sec	float	660+	no	seconds	Local time (seconds since midnight??)
zulu_time_sec	float	660+	yes	seconds	Zulu time (seconds since midnight??)
local_date_days	int	660+	yes	days	Date in days since January 1st
use_system_time	int	660+	yes	boolean	Use system date and time for local time
backwards	int	660-1030	yes	boolean	This is actually a prefs setting, indicating that the plane is on the reverse end of the runway it starts up on.
paused	int	660+	no	boolean	Is the sim paused? Use cmd keys to change this.
sim_speed	int	860+	yes	ratio	This is the multiplier for real-time…1 = realtime, 2 = 2x, 0 = paused, etc.
sim_speed_actual	float	1030+	no	ratio	The actual time-speed increase the sim has achieved – takes into account fps limiting.
sim_speed_actual_ogl	float	1130+	no	ratio	The actual time-speed increase the sim has achieved – takes into account fps limiting and time dilation if fps<19.
ground_speed	int	860+	yes	ratio	This is the multiplier on ground speed, for faster travel via double-distance
ground_speed_flt	float	1130+	yes	ratio	This is the multiplier on ground speed, as float value, for faster travel via double-distance
hobbs_time	float	804+	yes	seconds	elapsed time on the Hobbs meter
is_in_replay	int	1100+	no	boolean	true if we are in replay mode, false if we are flying
framerate_period	float	1130+	no	seconds	Smoothed time to draw each full sim frame in seconds. This is 1.0 / FPS.

sim/version/

sim_build_string	byte[256]	740+	no	string	This string contains the date and time that this x-plane was built.
xplm_build_string	byte[256]	740+	no	string	This string contains the date and time that the XPLM DLL was built.
xplanee_internal_version	int	1100+	no	integer	This is the internal build number – it is a unique integer that always increases and is unique with each beta. For example, 10.51b5 might be 105105. There is no guarantee that the build numbe (last 2 digits) are in sync with the official beta number.
xplane_internal_version	int	1100+	no	integer	This is the internal build number – it is a unique integer that always increases and is unique with each beta. For example, 10.51b5 might be 105105. There is no guarantee that the build numbe (last 2 digits) are in sync with the official beta number.

sim/weapons/

weapon_count	int	740+	no	int	This is the number of weapons available via datarefs.
wpn_struct	int[25]	740-1004	no	Pointers	Pointers to the raw weapon structs.
type	int[25]	740+	yes	enum	(V10 style!) For the geometry we scan right into the acf structure unused array-spaces.
free_flyer	int[25]	740+	no	enum	(V10 style!) Weapon can go fly free…
action_mode	int[25]	740+	no	enum	(V10 style!) 0 = In carriage/still in the gun/reloaded, 1 = firing, and 2 = destroyed
x_wpn_att	float[25]	740+	yes	???	This allows us to use our drawing, smoothing, editing, s-t, normal-vector, plotting, etc.
y_wpn_att	float[25]	740+	yes	???	Code to do the weapons as well as everything else.
z_wpn_att	float[25]	740+	yes	float	(placeholder)
cgY	float[25]	740+	yes	float	(placeholder)
cgZ	float[25]	740+	yes	float	(placeholder)
las_range	float[25]	740+	yes	float	(placeholder)
conv_range	float[25]	740+	yes	float	(placeholder)
bul_rounds_per_sec	float[25]	740+	yes	float	(placeholder)
bul_rounds	float[25]	740+	yes	float	(placeholder)
bul_muzzle_speed	float[25]	740+	yes	float	(placeholder)
bul_area	float[25]	740+	yes	float	(placeholder)
added_mass	float[25]	740+	yes	???	Mass in addition to ammo… like the gun itself, and bomb racks.
total_weapon_mass_max	float[25]	740+	yes	???	Warhead and casing, fuel and tank
fuel_warhead_mass_max	float[25]	740+	yes	???	Remember we can have drop tanks
warhead_type	int[25]	740+	yes	enum	(V10 style!) Conventional or nuke
mis_drag_co	float[25]	740+	yes	float	(placeholder)
mis_drag_chute_S	float[25]	740+	yes	float	(placeholder)
mis_cone_width	float[25]	740+	yes	???	For heat or radar-guided, you must keep the target within this cone to track him
mis_crat_per_deg_bore	float[25]	740+	yes	float	(placeholder)
mis_crat_per_degpersec_bore	float[25]	740+	yes	float	(placeholder)
mis_crat_per_degpersec	float[25]	740+	yes	float	(placeholder)
gun_del_psi_deg_max	float[25]	740+	yes	???	Aimable guns for c130 Spectre, etc
gun_del_the_deg_max	float[25]	740+	yes	???	Aimable guns for c130 Spectre, etc
gun_del_psi_deg_now	float[25]	740-999	yes	???	Aimable guns for c130 Spectre, etc
gun_del_the_deg_now	float[25]	740-999	yes	???	Aimable guns for c130 Spectre, etc
s_frn	float[25]	740+	yes	float	(placeholder)
s_sid	float[25]	740+	yes	float	(placeholder)
s_top	float[25]	740+	yes	???	Area
X_body_aero	float[25]	740+	yes	float	(placeholder)
Y_body_aero	float[25]	740+	yes	float	(placeholder)
Z_body_aero	float[25]	740+	yes	???	Centroid
Jxx_unitmass	float[25]	740+	yes	float	(placeholder)
Jyy_unitmass	float[25]	740+	yes	float	(placeholder)
Jzz_unitmass	float[25]	740+	yes	???	MI
i	int[25]	740-799	yes
j	int[25]	740-799	yes	???	Keep track for fast ground-elev-finding
target_index	int[25]	740+	yes	int	Target index
targ_lat	float[25]	740+	yes	float	(placeholder)
targ_lon	float[25]	740+	yes	float	(placeholder)
targ_h	float[25]	740+	yes	???	Bomb targets
del_psi	float[25]	740+	yes	float	(placeholder)
del_the	float[25]	740+	yes	???	Delta to target, for data output
rudd_rat	float[25]	740+	yes	float	(placeholder)
elev_rat	float[25]	740+	yes	???	Rudder and elevator steering inputs
V_msc	float[25]	740+	yes	float	(placeholder)
AV_msc	float[25]	740+	yes	float	(placeholder)
dist_targ	float[25]	740+	yes	float	(placeholder)
dist_point	float[25]	740+	yes	float	(placeholder)
time_point	float[25]	740+	yes	???	Speed and dist to target for data output
fx_axis	float[25]	740+	yes	float	(placeholder)
fy_axis	float[25]	740+	yes	float	(placeholder)
fz_axis	float[25]	740+	yes	???	Flight-status
vx	float[25]	740+	yes	float	(placeholder)
vy	float[25]	740+	yes	float	(placeholder)
vz	float[25]	740+	yes	float	(placeholder)
x	float[25]	740+	yes	float	(placeholder)
y	float[25]	740+	yes	float	(placeholder)
z	float[25]	740+	yes	???	Flight-status
L	float[25]	740+	yes	float	(placeholder)
M	float[25]	740+	yes	float	(placeholder)
N	float[25]	740+	yes	float	(placeholder)
Prad	float[25]	740+	yes	float	(placeholder)
Qrad	float[25]	740+	yes	float	(placeholder)
Rrad	float[25]	740+	yes	float	(placeholder)
the	float[25]	740+	no	Deg	Angle relative to the aircraft
psi	float[25]	740+	no	Deg	Angle relative to the aircraft
phi	float[25]	740+	no	Deg	Angle relative to the aircraft
the_con	float[25]	750-999	yes	Deg	Angle relative to the mounting flight control
psi_con	float[25]	750-999	yes	Deg	Angle relative to the mounting flight control
phi_con	float[25]	750-999	yes	Deg	Angle relative to the mounting flight control
next_bull_time	float[25]	740+	yes	???	For guns, this is the next fire time
total_weapon_mass_now	float[25]	740+	yes	float	(placeholder)
fuel_warhead_mass_now	float[25]	740+	yes	float	(placeholder)
impact_time	float[25]	740-840	yes
mis_thrust1	float[25]	740+	yes	???	delay
mis_thrust2	float[25]	740+	yes	???	boost
mis_thrust3	float[25]	740+	yes	???	sustain
mis_duration1	float[25]	740+	yes	???	delay
mis_duration2	float[25]	740+	yes	???	boost
mis_duration3	float[25]	740+	yes	???	sustain
q1	float[25]	740+	yes	float	(placeholder)
q2	float[25]	740+	yes	float	(placeholder)
q3	float[25]	740+	yes	float	(placeholder)
q4	float[25]	740+	yes	float	(placeholder)
armed	int[25]	1100+	yes	enum	0 = safe (will NOT explode), 1 = armed (WILL explode)
firing	int[25]	1130+	no	enum	0 = not firing, 1 = firing (This is the launcher that the wpn is attached to, for actual wpn status, also check action_mode and/or next_bull_time)

sim/weapons/shell/

is_attached	int	1100+	no	V11TODO	TODO
thrust_rat	float	1100+	no	V11TODO	TODO

sim/weather/

cloud_type[0]	int	660+	yes	Cloud	enumeration The type of clouds for this cloud layer.Currently there are only 3 cloud layers, 0, 1 or 2. Cloud types: Clear = 0, High Cirrus = 1, Scattered = 2, Broken = 3, Overcast = 4, Stratus = 5 (740 and newer)
cloud_type[1]	int	660+	yes	Cloud	enumeration The type of clouds for this cloud layer.Currently there are only 3 cloud layers, 0, 1 or 2. Cloud types: Clear = 0, High Cirrus = 1, Scattered = 2, Broken = 3, Overcast = 4, Stratus = 5 (740 and newer)
cloud_type[2]	int	850+	yes	Cloud	enumeration The type of clouds for this cloud layer.Currently there are only 3 cloud layers, 0, 1 or 2. Cloud types: Clear = 0, High Cirrus = 1, Scattered = 2, Broken = 3, Overcast = 4, Stratus = 5 (740 and newer)
cloud_coverage[0]	int	1010+	yes	Coverage	0..6 todo
cloud_coverage[1]	int	1010+	yes	Coverage	0..6 todo
cloud_coverage[2]	int	1010+	yes	Coverage	0..6 todo
cloud_base_msl_m[0]	int	660+	yes	meters	MSL >= 0 The base altitude for this cloud layer.
cloud_base_msl_m[1]	int	660+	yes	meters	MSL >= 0 The base altitude for this cloud layer.
cloud_base_msl_m[2]	int	850+	yes	meters	MSL >= 0 The base altitude for this cloud layer.
cloud_tops_msl_m[0]	int	660+	yes	meters	>= 0 The tops for this cloud layer.
cloud_tops_msl_m[1]	int	660+	yes	meters	>= 0 The tops for this cloud layer.
cloud_tops_msl_m[2]	int	850+	yes	meters	>= 0 The tops for this cloud layer.
visibility_reported_m	float	660+	yes	meters	>= 0 The reported visibility (e.g. what the METAR/weather window says).
rain_percent	int	660+	yes	[0.0	– 1.0] The percentage of rain falling.
thunderstorm_percent	int	660+	yes	[0.0	– 1.0] The percentage of thunderstorms present.
wind_turbulence_percent	int	660+	yes	[0.0	– 1.0] The percentage of wind turbulence present.
barometer_sealevel_inhg	float	660+	yes	29.92	+- …. The barometric pressure at sea level.
microburst_probability	float	660-902	yes	[0.0	– 1.0] The probability of a microburst occurring.
rate_change_percent	float	660-999	yes	[-1.0	– 1.0] How fast weather is improving or degenerating.- -1.0 means degenerating, 1.0 means improving.
has_real_weather_bool	int	660+	no	0,1	Whether a real weather file has been located.
use_real_weather_bool	int	660+	yes	0,1	Whether a real weather file is in use.
download_real_weather	int	1041+	yes	0,1	If true, the sim will attempt to download real weather files when real weather is enabled.
sigma	float	660+	no	???	The atmospheric density as a ratio compared to sea level.
rho	float	660+	no	???	The density of the air in kg/cubic meters.
barometer_current_inhg	float	660+	no	29.92+-….	This is the barometric pressure at the point the current flight is at.
gravity_mss	float	660+	no	meters/sec^2	This is the acceleration of gravity for the current planet.
speed_sound_ms	float	660+	no	meters/sec	This is the speed of sound in meters/second at the plane’s location.
wind_altitude_msl_m[0]	int	660+	yes	meters	>= 0 The center altitude of this layer of wind in MSL meters.
wind_altitude_msl_m[1]	int	660+	yes	meters	>= 0 The center altitude of this layer of wind in MSL meters.
wind_altitude_msl_m[2]	int	660+	yes	meters	>= 0 The center altitude of this layer of wind in MSL meters.
wind_direction_degt[0]	float	660+	yes	[0	– 360) The direction the wind is blowing from in degrees from true north c lockwise.
wind_direction_degt[1]	float	660+	yes	[0	– 360) The direction the wind is blowing from in degrees from true north c lockwise.
wind_direction_degt[2]	float	660+	yes	[0	– 360) The direction the wind is blowing from in degrees from true north c lockwise.
wind_speed_kt[0]	int	660+	yes	kts	>= 0 The wind speed in knots.
wind_speed_kt[1]	int	660+	yes	kts	>= 0 The wind speed in knots.
wind_speed_kt[2]	int	660+	yes	kts	>= 0 The wind speed in knots.
shear_direction_degt[0]	int	660+	yes	[0	– 360) The direction for a wind shear, per above.
shear_direction_degt[1]	int	660+	yes	[0	– 360) The direction for a wind shear, per above.
shear_direction_degt[2]	int	660+	yes	[0	– 360) The direction for a wind shear, per above.
shear_speed_kt[0]	int	660+	yes	kts	>= 0 The gain from the shear in knots.
shear_speed_kt[1]	int	660+	yes	kts	>= 0 The gain from the shear in knots.
shear_speed_kt[2]	int	660+	yes	kts	>= 0 The gain from the shear in knots.
turbulence[0]	int	660+	yes	[0	– 10] A turbulence factor, 0-10, the unit is just a scale.
turbulence[1]	int	660+	yes	[0	– 10] A turbulence factor, 0-10, the unit is just a scale.
turbulence[2]	int	660+	yes	[0	– 10] A turbulence factor, 0-10, the unit is just a scale.
wave_amplitude	int	660+	yes	meters	Amplitude of waves in the water (height of waves)
wave_length	int	660+	yes	meters	Length of a single wave in the water
wave_speed	int	660+	yes	meters/second	Speed of water waves
wave_dir	int	660+	yes	degrees	Direction of waves.
temperature_sealevel_c	int	660+	yes	degreesC	The temperature at sea level.
temperature_tropo_c	float	1050+	yes	degreesC	???
tropo_alt_mtr	float	1050+	yes	meters	???
dewpoi_sealevel_c	int	660+	yes	degrees	C The dew point at sea level.
temperature_ambient_c	float	660+	no	degrees	C The air temperature outside the aircraft (at altitude).
temperature_le_c	float	660+	no	degrees	C The air temperature at the leading edge of the wings in degrees C.
thermal_percent	int	660+	yes	[0.0	– 1.0] The percentage of thermal occurance in the area.
thermal_rate_ms	int	660+	yes	m/s	>= 0 The climb rate for thermals.
thermal_altitude_msl_m	int	660+	yes	m	MSL >= 0 The top of thermals in meters MSL.
meteorite_density	float	660-999	yes	??	The density of meteorites in space.
runway_friction	int	660+	yes	0,1,2	The friction constant for runways (how wet they are). 0 = good, 1 = fair, 2 = poor
runway_is_patchy	int	1100+	yes	Booelan	0 = uniform conditions, 1 = patchy conditions
wind_direction_degt	float	660+	no	[0-359)	The effective direction of the wind at the plane’s location.
wind_speed_kt	float	660+	no	msc	>= 0 The effective speed of the wind at the plane’s location. WARNING: this dataref is in meters/second – the dataref NAME has a bug.
wind_now_x_msc	float	930+	no	meters/sec	Wind direction vector in OpenGL coordinates, X component.
wind_now_y_msc	float	930+	no	meters/sec	Wind direction vector in OpenGL coordinates, Y component.
wind_now_z_msc	float	930+	no	meters/sec	Wind direction vector in OpenGL coordinates, Z component.
precipitation_on_aircraft_ratio	float	1000+	no	[0..1]	The amount of rain on the airplane windshield as a ratio from 0 to 1.

sim/world/

sim/world/boat/

velocity_msc	float[2]	1025+	yes	meters/sec	Velocity of the boat in meters per second in its current direction. Index 0=carrier,1=frigate, writable using override_boats.
x_mtr	float[2]	1025+	yes	meters	X Position of the boat in meters in the local coordinate OpenGL coordinate system. Index 0=carrier,1=frigate, writable using override_boats.
y_mtr	float[2]	1025+	yes	meters	Y Position of the boat in meters in the local coordinate OpenGL coordinate system. Index 0=carrier,1=frigate, writable using override_boats.
z_mtr	float[2]	1025+	yes	meters	Z Position of the boat in meters in the local coordinate OpenGL coordinate system. Index 0=carrier,1=frigate, writable using override_boats.
heading_deg	float[2]	1025+	yes	degrees(true)	Heading of the boat in degrees from true north. Index 0=carrier,1=frigate, writable using override_boats.
pitch_frequency_hz	float[2]	1025+	yes	hz	Frequency at which the boat pitches up and down. Index 0=carrier,1=frigate, writable using override_boats.
pitch_amplitude_deg_mtr	float[2]	1025+	yes	deg/meter	Degrees that the boat pitches up for each meter of wave height. Index 0=carrier,1=frigate, writable using override_boats.
roll_frequency_hz	float[2]	1025+	yes	hz	Frequency at which the boat rolls from side to side. Index 0=carrier,1=frigate, writable using override_boats.
roll_amplitude_deg_mtr	float[2]	1025+	yes	deg/meter	degrees that the boat rolls from side to side for each meter of wave height. Index 0=carrier,1=frigate, writable using override_boats.
frigate_deck_height_mtr	float	1025+	yes	meters	Deck height of the frigate (in coordinates of the OBJ model)
frigate_ILS_offset_x_mtr	float	1025+	yes	meters	X position of the frigate ILS transmitter (in coordinates of the OBJ model)
frigate_ILS_offset_z_mtr	float	1025+	yes	meters	Z position of the frigate ILS transmitter (in coordinates of the OBJ model)
carrier_deck_height_mtr	float	1025+	yes	meters	Deck height of the carrier (in coordinates of the OBJ model)
carrier_ILS_offset_x_mtr	float	1025+	yes	meters	X position of the carrier ILS transmitter (in coordinates of the OBJ model)
carrier_ILS_offset_z_mtr	float	1025+	yes	meters	Z position of the carrier ILS transmitter (in coordinates of the OBJ model)
carrier_approach_heading	float	1025+	yes	degrees(true)	Relative heading of the approach path from the carrier’s heading
carrier_catshot_heading	float	1025+	yes	degrees(true)	Relative heading of the catshot relative to the carrier’s heading
carrier_catshot_start_x_mtr	float	1025+	yes	meters	X position (in model coordinates) of the start of the cat-shot track
carrier_catshot_start_z_mtr	float	1025+	yes	meters	Z position (in model coordinates) of the start of the cat-shot track
carrier_catshot_end_x_mtr	float	1025+	yes	meters	X position (in model coordinates) of the end of the cat-shot track
carrier_catshot_end_z_mtr	float	1025+	yes	meters	Z position (in model coordinates) of the end of the cat-shot track
carrier_catshot_status	int	1025+	no	enum	0=no cat shot set up,1=cat shot waiting to launch,2=in progress

sim/world/winch/

winch_ramp_up_time_sec	float	1030+	yes	seconds	This is how long it takes the winch to reach maximum speed for a glider winch take-off.
winch_speed_knots	float	1030+	yes	knots	This is how fast the winch moves at its maximum speed.
winch_initial_length	float	1030+	yes	meters	This is the initial length of cable for a winch takeoff.
winch_max_bhp	float	1031+	yes	bhp	This is the maximum horsepower the winch can deliver reeling in the cable. Cable speed will decay with higher force on the cable to not exceed this limit.

sim/aircraft2/

This section contains dataref access to the aircraft that has been auditied by LR for maintenance. Unlike sim/aircraft/, if you can write these datarefs, it is safe to do so, and reading these datarefs makes sense.

sim/aircraft2/metadata/

This section contains read-only views of some of the current user’s aircraft meta-data.

is_ultralight	int	1130+	no	Boolean	1 if the vehicle is categorized as an ultralight, 0 if it is not.
is_experimental	int	1130+	no	Boolean	1 if the vehicle is categorized as experimental, 0 if it is not.
is_general_aviation	int	1130+	no	Boolean	1 if the vehicle is categorized as a general aviation aircraft, 0 if it is not.
is_airliner	int	1130+	no	Boolean	1 if the vehicle is categorized as an airliner, 0 if it is not.
is_military	int	1130+	no	Boolean	1 if the vehicle is categorized as a military aircraft, 0 if it is not.
is_cargo	int	1130+	no	Boolean	1 if the vehicle is categorized as a cargo aircraft, 0 if it is not.
is_glider	int	1130+	no	Boolean	1 if the vehicle is categorized as a glider, 0 if it is not.
is_seaplane	int	1130+	no	Boolean	1 if the vehicle is categorized as a seaplane, 0 if it is not.
is_helicopter	int	1130+	no	Boolean	1 if the vehicle is categorized as a helicopter, 0 if it is not.
is_vtol	int	1130+	no	Boolean	1 if the vehicle is categorized as a VTOL, 0 if it is not.
is_sci_fi	int	1130+	no	Boolean	1 if the vehicle is categorized as a science fiction aircraft, 0 if it is not.

sim/aircraft2/engine/

low_idle_ratio	float	1100+	yes	multiplier	This is the idle ratio for the engines at low idle. 1.0 provides default behavior; this can be any number greater than zero.
high_idle_ratio	float	1100+	yes	multiplier	This is the idle ratio for the engines at high idle. 1.0 provides default behavior; this can be any number greater than zero.
max_power_limited_watts	float	1100+	yes	watts	This is the maximum power output of the engine at sea level. Note that if the engine has a waste gate this is the same as max power at critical altitude.
flap_extension_time_sec	float	1120+	yes	second	Time for flaps to go from full retraction to full extension
flap_retraction_time_sec	float	1120+	yes	second	Time for flaps to go from full extension to full retraction
exhaust_dirtiness_ratio	float	1130+	no	ratio	dirtiness of built-in exhaust effects, 1.0 is default, positive numbers are more dirty

sim/cockpit2/

This section contains datarefs useful for custom cockpits. Typically data is broken into indicators (what the pilot sees via instruments) and actuators (write to these to change what the plane does). The actuators may not work when a failure happens, and the indicators may show false readings. By using these datarefs, your cockpit will match the failure settings.

sim/cockpit2/annunciators/

Annunciators, all are essentially indications.

master_caution	int	900+	no	boolean	This goes off any time there is a major problem with the bird: like it is on fire or something // array of annunciators… kept as array for UDP IO
master_warning	int	900+	no	boolean	This goes off whenever there is some more moderate problem with the bird… maybe lo fuel pressure ot qty
master_accept	int	900+	no	boolean	Hit this button to CLEAR the master caution and warning: it says that you hear the buzzer and to shut it up already
autopilot_disconnect	int	900+	no	boolean	This goes off for a few moments when the autopilot disconnects.. you wanna KNOW if otto just quit on you!
low_vacuum	int	900+	no	boolean	The vacuum pressure, which drives the instruments in the old prop planes, is low: the artificial horizon may loose it is orientation!
low_voltage	int	900+	no	boolean	The voltage os too high or low on one of the electrical buses
fuel_quantity	int	900+	no	boolean	Fuel qty. no points for guessing if it is too high or too low to trigger this one
hydraulic_pressure	int	900+	no	boolean	Hydraulic pressure. should indicate if press is lo or hi
speedbrake	int	900+	no	boolean	Speedbrake deployed: good to know so you do not forget it..
GPWS	int	900+	no	boolean	Ground proximity warning system: PULL UP! PULL UP! my lancair does this during my typical red-baron approaches!
ice	int	900+	no	boolean	Ice detected on the plane.. most people agree this is NOT a good thing.
low_rotor	int	900+	no	boolean	Rotor rpm on the helo has dropped below normal operating: power availability will be reduced!
high_rotor	int	900+	no	boolean	Rotor rpm on the helo has exceeded normal operating: power availability will be reduced, and god knows if the blades will stay ON!
pitot_heat	int	900+	no	boolean	Pitot heat is OFF (YUP! OFF!) turn it on to heat up the pitot tube, which measures air pressure to give you air speed.
transonic	int	900+	no	boolean	You are about to break the speed of sound when accelerating, or drop below the speed of sound if decelerating! the handling of the plane will change!
slats	int	900+	no	boolean	slats deployed
flight_director	int	900+	no	boolean	flight director failure
autopilot	int	900+	no	boolean	autopilot failure
yaw_damper	int	900+	no	boolean	yaw damper failure
fuel_pressure_low	int[8]	930+	no	boolean	fuel pressure low – per engine
oil_pressure_low	int[8]	930+	no	boolean	fuel pressure low – per engine
oil_temperature_high	int[8]	930+	no	boolean	oil temperature high – per engine
generator_off	int[8]	930+	no	boolean	generator off – per engine
chip_detected	int[8]	930+	no	boolean	chip detected – per engine
engine_fires	int[8]	930+	no	boolean	engine fire – per engine
igniter_on	int[8]	930+	no	boolean	igniter on – per engine
reverser_on	int[8]	930+	no	boolean	reverser on – per engine
beta	int[8]	1130+	no	boolean	propeller in beta mode – per engine, double as NTS test light in fixed turboprops
burner_on	int[8]	930+	no	boolean	burner on – per engine
inverter_off	int[2]	930+	no	boolean	inverter off – per 2 inverters
N1_low	int[8]	930+	no	boolean	N1 of engine is too low for AC – per engine
N1_high	int[8]	930+	no	boolean	N1 too high – per engine
reverser_not_ready	int[8]	930+	no	boolean	reversers not ready
ice_vane_extend	int[8]	930+	no	boolean	ice vain extended (per engine)
ice_vane_fail	int[8]	930+	no	boolean	ice vain failed (per engine)
bleed_air_off	int[8]	930+	no	boolean	bleed air off (per engine)
bleed_air_fail	int[8]	930+	no	boolean	bleed air failed (per engine)
auto_feather_arm	int[8]	930+	no	boolean	auto feather armed (per engine)
fuel_transfer	int[9]	930+	no	boolean	fuel transfer on (per tank)
hvac	int	930+	no	boolean	duct overheated
battery_charge_hi	int	930+	no	boolean	battery is charging too rapidly – may overheat
cabin_altitude_12500	int	930+	no	boolean	cabin altitude at or above 12500
autopilot_trim_fail	int	930+	no	boolean	autopilot trim failure
electric_trim_off	int	930+	no	boolean	electric trim is off
crossfeed_on	int	930+	no	boolean	crossfeed on
landing_taxi_lite	int	930+	no	boolean	landing or taxiway light on but gear up
cabin_door_open	int	930+	no	boolean	cabin door is open
external_power_on	int	930+	no	boolean	external power is on
passenger_oxy_on	int	930+	no	boolean	passenger oxygen on
brake_deice_on	int	930-1003	no	boolean	brake de-icing on
gear_unsafe	int	930+	no	boolean	gear is unsafe
autopilot_trim_down	int	930+	no	boolean	autopilot trimming down
autopilot_trim_up	int	930+	no	boolean	autopilot trimming up
autopilot_bank_limit	int	930+	no	boolean	autopilot bank limit is turned ON, autopilot will keep bank below 12.5 degrees of bank
autopilot_soft_ride	int	930+	no	boolean	autopilot soft ride is on
no_inverters	int	930+	no	boolean	no inverters are on
fuel_pressure	int	900+	no	bitfield	Fuel pressure is lo, or maybe hi, for this engine // x8
oil_pressure	int	900+	no	bitfield	Oil pressure is lo, or maybe hi, for this engine // x8
oil_temperature	int	900+	no	bitfield	Oil temperature hi for this engine // x8
generator	int	900+	no	bitfield	The generator has failed! the plane cannot charge up. this may happen at lo rpm and go away as the engine revs. happens with my plane // x8
chip_detect	int	900+	no	bitfield	We detected chips of metal in the engine somewhere. most people agree this is not good. // x8
engine_fire	int	900+	no	bitfield	The engine is on FIRE! this adds to excitement // x8
auto_ignition	int	900-902	no	bitfield	The jet or turbine engine has the igniter CONSTANTLY ON, being sure to keep the fire burning even if rain gets in there or something. // x8
reverser_deployed	int	900+	no	bitfield	Thrust-reverse deployed! // x8
prop_beta	int	1130+	no	bitfield	Propeller in beta mode // x8
afterburner	int	900+	no	bitfield	Afterburners on! // x8
inverter	int	900+	no	bitfield	The inverter has failed! the plane cannot convert ac from the generators to dc for the instruments. // x2
stall_warning	int	900+	no	boolean	Stall warning going off, yes or no.
stall_warning_ratio	float	1050+	no	0..1	For aircraft with variable stall warnings, 0 = no stall, 1 = full stall
gear_warning	int	900+	no	boolean	Gear warning going off, yes or no.
gear_warning_aural	int	1130+	no	boolean	Gear aural warning going off, yes or no.
no_smoking	int	900+	no	boolean	No smoking alert on, yes or no.
fasten_seatbelt	int	900+	no	boolean	Seatbelt sign on, yes or no.
windshear_warning	int	1130+	no	boolean	True if there’s a windshear warning active

sim/cockpit2/autopilot/

autopilot2_avail	int	1130+	no	boolean	Autopilot sources are hardwired to respective side, and two autopilots are available
master_flight_director	int	1130+	yes	enum	If aputopilot2_avail is true, this selects the master FD: 0 = pilot, 1 = copilot, 2 = both indipendent
autopilot_source	int	900+	yes	enum	Autopilot source system, pilots (0) or copilots (1). With two indipendent autopilots, selects the one that is flying.
autothrottle_enabled	int	900+	yes	enum	Auto-throttle: 0=servos declutched (arm, hold), 1=airspeed hold, 2=N1 target hold, 3=retard, 4=reserved for future use
autothrottle_on	int	930+	no	boolean	Auto-throttle really working? Takes into account failures, esys, etc.
electric_trim_on	int	1130+	yes	boolean	Electric pitch trim on – if off, autopilot flies with pitch servo only, and can’t trim!
pitch_mistrim	int	1130+	yes	enum	Manual trim required: 0=None, -1=Pitch down, 1=Pitch up
otto_fail_warn	int	1130+	yes	boolean	fail warn all lights on
otto_ready	int	1130+	no	boolean	whether the autopilot is ready, but not actually turned on. This is true when the autopilot has powered, has no failures, and is ready to be engaged but not engaged yet.
heading_mode	int	900+	no	enum	Autopilot heading mode.
altitude_mode	int	900+	no	enum	Autopilot altitude mode.
bank_angle_mode	int	900+	yes	enum	Maximum bank angle mode, 0->6. Higher number is steeper allowable bank.
flight_director_mode	int	900+	yes	enum	Flight director mode, 0 is off, 1 is on, 2 is on with autopilot servos. Good for the FD swich.
flight_director2_mode	int	1130+	yes	enum	Flight director 2 mode, 0 is off, 1 is on, 2 is on with autopilot servos. Good for the FD swich.
flight_director3_mode	int	1130+	yes	enum	Autopilot 3 mode, 0 is off, 1 has no meaning, 2 is on with autopilot servos. Good for the AP swich.
autopilot_on	int	930+	no	boolean	Is the autopilot really on? Takes into account electrical system, failures, etc.;
autopilot2_on	int	1130+	no	boolean	Is the autopilot 2 really on? Takes into account electrical system, failures, etc.;
autopilot3_on	int	1130+	no	boolean	Is the autopilot 3 really on? Takes into account electrical system, failures, etc.;
autopilot_on_or_cws	int	1130+	no	boolean	Is the autopilot really on? Like servos_on, but stays on even the servos are temporarily off for CWS.
autopilot2_on_or_cws	int	1130+	no	boolean	Is the autopilot 2 really on? Like servos_on, but stays on even the servos are temporarily off for CWS.
autopilot3_on_or_cws	int	1130+	no	boolean	Is the autopilot 2 really on? Like servos_on, but stays on even the servos are temporarily off for CWS.
servos_on	int	930+	no	boolean	Are the servos on? Takes into account FD mode and control-wheel-steering, failures, etc.
servos2_on	int	1130+	no	boolean	Are the servos on? Takes into account FD2 mode and control-wheel-steering, failures, etc.
servos3_on	int	1130+	no	boolean	Are the servos on? Takes into account AP3 mode and control-wheel-steering, failures, etc.
airspeed_is_mach	int	900+	yes	boolean	Autopilot airspeed is Mach number rather than knots.
alt_vvi_is_showing_vvi	int	940+	yes	boolean	Is the combined alt/vvi selector showing VVI?
vnav_armed	int	900+	no	boolean	Vnav is armed, 0 or 1 – this is different from the “FMS” button – it is used ONLY for a physical G1000 connected by ethernet.
altitude_hold_armed	int	900+	no	boolean	Altitude is armed, 0 or 1.
hnav_armed	int	900+	no	boolean	Localizer is armed, 0 or 1.
glideslope_armed	int	900+	no	boolean	Glideslope is armed, 0 or 1.
backcourse_on	int	900+	no	boolean	Back course is armed, 0 or 1.
airspeed_dial_kts_mach	float	900+	yes	knots/mach	Airspeed hold value, knots or Mach depending on km_is_mach.
airspeed_dial_kts	float	1100+	yes	Knots	Airspeed hold bug, always in knots, even if the AP is in mach-hold mode.
heading_dial_deg_mag_pilot	float	900+	yes	degrees_magnetic	Heading hold commanded, in degrees magnetic.
heading_dial_deg_mag_copilot	float	900+	yes	degrees_magnetic	Heading hold commanded, in degrees magnetic.
heading_is_gpss	int	1130+	yes	boolean	0 = Heading bug supplies HDG to autopilot, 1 = GPSS supplies heading to autopilot
vvi_dial_fpm	float	900+	yes	feet/minute	VVI commanded in FPM.
altitude_dial_ft	float	900+	yes	feet	VVI commanded in FPM.
altitude_hold_ft	float	900+	no	feet	Altitude hold commanded in feet indicated.
altitude_vnav_ft	float	900+	no	feet	Target altitude hold in VNAV mode.
barometer_setting_in_hg_alt_preselector	float	1130+	yes	inHg	baro setting of the altitude preselector
altitude_readout_preselector	float	1130+	yes	feet	current barometric altitude sensed by the altitude preselector
sync_hold_pitch_deg	float	900+	yes	degrees	Pitch-hold commanded in degrees up.
sync_hold_roll_deg	float	900+	yes	degrees	Roll-hold commanded in degrees right.
turn_rate_deg_sec	float	1130+	yes	deg/sec	Turn rate commanded in degrees per second, positive right
flight_director_pitch_deg	float	900+	no	degrees	Flight director pitch deflection in degrees, pos up.
flight_director_roll_deg	float	900+	no	degrees	Flight director roll deflection in degrees, pos right.
flight_director2_pitch_deg	float	1130+	no	degrees	Flight director 2 pitch deflection in degrees, pos up.
flight_director2_roll_deg	float	1130+	no	degrees	Flight director 2 roll deflection in degrees, pos right.
TOGA_pitch_deg	float	1030+	yes	degrees	Nose-up pitch to hold when TOGA operations are in effect. Set this back when your aircraft unloads!
roll_status	int	930+	no	enum	Autopilot Roll-Hold Status. 0=off,1=armed,2=captured
rate_status	int	1130+	no	enum	Autopilot turn rate hold status: 0=off, 2=captured
heading_status	int	930+	no	enum	Autopilot Heading Select Status. 0=off,1=armed,2=captured
heading_hold_status	int	1120+	no	enum	Autopilot Heading Hold Status. 0=off,1=armed,2=captured
nav_status	int	930+	no	enum	Autopilot Nav Status. 0=off,1=armed,2=captured
gpss_status	int	1110+	no	enum	Autopilot GPSS Status. 0=off, 2=active
rollout_status	int	1130+	no	enum	Autopilot Rollout Status. 0=off,1=armed,2=captured
flare_status	int	1130+	no	enum	Autopilot Flare Status. 0=off,1=armed,2=captured
backcourse_status	int	930+	no	enum	Autopilot Back-course Status. 0=off,1=armed,2=captured
TOGA_lateral_status	int	930+	no	enum	Autopilot Lateral TOGA mode: 0=off,1=armed,2=captured
pitch_status	int	930+	no	enum	Autopilot Pitch-Hold Status. 0=off,1=armed,2=captured
vvi_status	int	930+	no	enum	Autopilot VVI Status. 0=off,1=armed,2=captured
speed_status	int	930+	no	enum	Autopilot Speed-hold (via pitch) status. 0=off,1=armed,2=captured
altitude_hold_status	int	930+	no	enum	Autopilot Altitude hold status. 0=off,1=armed,2=captured
glideslope_status	int	930+	no	enum	Autopilot glideslope status. 0=off,1=armed,2=captured
vnav_status	int	930+	no	enum	Autopilot VNAV status. 0=off,1=armed,2=captured – for a physical hardware g1000 connected by Ethernet only!!!
fms_vnav	int	1100+	yes	boolean	Enables the FMS to take over vertical control of the autopilot. This matches the command “sim/autopilot/FMS”.”
TOGA_status	int	930+	no	enum	Autopilot TOGA vertical (go-around) status. 0=off,1=armed,2=captured
approach_status	int	930+	no	enum	Autopilot approach status. 0=off,1=armed,2=captured

sim/cockpit2/camera/

Controls for in-cockpit cameras

camera_offset_pitch	float	955+	yes	degrees	In-cockpit camera angular offset relative to airplane orientation (Pitch)
camera_offset_heading	float	955+	yes	degrees	In-cockpit camera angular offset relative to airplane orientation (Heading)
camera_offset_roll	float	955+	yes	degrees	In-cockpit camera angular offset relative to airplane orientation (Roll)
camera_field_of_view	float	955+	yes	degrees	In-cockpit camera field of view

sim/cockpit2/clock_timer/

All of the controls for the chronometer

elapsed_time_hours	int	930+	no	hours	Elapsed time on the timer, hours
elapsed_time_minutes	int	930+	no	minutes	Elapsed time on the timer, minutes
elapsed_time_seconds	int	930+	no	seconds	Elapsed time on the timer, seconds
zulu_time_hours	int	930+	no	hours	Zulu time, hours
zulu_time_minutes	int	930+	no	minutes	Zulu time, minutes
zulu_time_seconds	int	930+	no	seconds	Zulu time, seconds
local_time_hours	int	930+	no	hours	Local time, hours
local_time_minutes	int	930+	no	minutes	Local time, minutes
local_time_seconds	int	930+	no	seconds	Local time, seconds
hobbs_time_hours	int	930+	no	hours	Hobbs meter time, hours
hobbs_time_minutes	int	930+	no	minutes	Hobbs meter time, minutes
hobbs_time_seconds	int	930+	no	seconds	Hobbs meter time, seconds
timer_running	int	930+	no	boolean	True if timer is running
timer_is_GMT	int	930+	no	boolean	True if time shown is GMT
date_is_showing	int	930+	no	boolean	True if date is showing (date button pressed recently)
current_day	int	930+	no	day	Numeric day of month
current_month	int	930+	no	month	Numeric month of the year
timer_mode	int	930+	yes	enum	TODO

sim/cockpit2/controls/

All of the controls are effectivley actuators.

yoke_pitch_ratio	float	900+	yes	-1..1	This is how much the user input has deflected the yoke in the cockpit, in ratio, where -1.0 is full down, and 1.0 is full up.
yoke_roll_ratio	float	900+	yes	-1..1	This is how much the user input has deflected the yoke in the cockpit, in ratio, where -1.0 is full left, and 1.0 is full right.
yoke_heading_ratio	float	900+	yes	-1..1	This is how much the user input has deflected the rudder in the cockpit, in ratio, where -1.0 is full left, and 1.0 is full right.
total_heading_ratio	float	1130+	yes	[-1..1]	Total rudder control input (sum of user pedal plus autopilot servo plus artificial stability)
total_pitch_ratio	float	1130+	yes	[-1..1]	Total pitch control input (sum of user yoke plus autopilot servo plus artificial stability)
total_roll_ratio	float	1130+	yes	[-1..1]	Total roll control input (sum of user yoke plus autopilot servo plus artificial stability)
speedbrake_ratio	float	900+	yes	ratio	This is how much the speebrake HANDLE is deflected, in ratio, where 0.0 is fully retracted, 0.5 is halfway down, and 1.0 is fully down, and -0.5 is speedbrakes ARMED.
wingsweep_ratio	float	900+	yes	ratio	Requested sweep, in ratio. 0.0 is no sweep requested, 1 is max sweep requested.
thrust_vector_ratio	float	900+	yes	ratio	Requested thrust vector, in ratio. 0.0 is no thrust vector requested, 1 is max thrust vector requested.
dihedral_ratio	float	900+	yes	ratio	Requested dihedral, in ratio. 0.0 is no dihedral requested, 1 is max dihedral requested.
incidence_ratio	float	900+	yes	ratio	Requested incidence, in ratio. 0.0 is no incidence requested, 1 is max incidence requested.
wing_retraction_ratio	float	900+	yes	ratio	Requested wing-retraction, in ratio. 0.0 is no wing-retraction requested, 1 is max wing-retraction requested.
flap_ratio	float	900+	yes	ratio	This is the flap HANDLE location, in ratio, where 0.0 is handle fully retracted, and 1.0 is handle fully extended.
parking_brake_ratio	float	900+	yes	ratio	This is the overall brake requested by the parking brake button… 0.0 is none, 1.0 is complete.
left_brake_ratio	float	900+	yes	ratio	This is additional left brake requested by pedal deflection, 0.0 to 1.0.
right_brake_ratio	float	900+	yes	ratio	This is additional right brake requested by pedal deflection, 0.0 to 1.0.
gear_handle_down	int	900+	yes	boolean	Gear handle position. 0 is up. 1 is down.
nosewheel_steer_on	int	900+	yes	boolean	Is the nosewheel steering turned on? 0 or 1. This must be off AND the tail wheel must be unlocked to free castor.
tailwheel_lock_ratio	float	900+	yes	ratio	Tail-wheel lockig ratio. 0 for free-castoring, 1 for totally locked.
aileron_trim	float	900+	yes	-1..1	Aileron trim, in part of MAX FLIGHT CONTROL DEFLECTION. So, if the aileron trim is deflected enough to move the ailerons through 30% of their travel, then that is an aileron trim of 0.3. -1=left 1=right
elevator_trim	float	900+	yes	-1..1	Elevator trim, in part of MAX FLIGHT CONTROL DEFLECTION. So, if the elevator trim is deflected enough to move the elevators through 30% of their travel, then that is an elevator trim of 0.3. -1=down 1=up
rudder_trim	float	900+	yes	-1..1	Rudder trim, in part of MAX FLIGHT CONTROL DEFLECTION. So, if the rudder trim is deflected enough to move the rudders through 30% of their travel, then that is an rudder trim of 0.3. -1=left 1=right
rotor_trim	float	900+	yes	-1..1	Rotor trim, in part of MAX FLIGHT CONTROL DEFLECTION. So, if the rotor trim is deflected enough to move the rotor through 30% of its travel, then that is a rotor trim of 0.3. -1=down 1=up
water_rudder_handle_ratio	float	901+	yes	ratio	Deployment of the water rudder, 0 is none, 1 is max
flap_handle_deploy_ratio	float	920+	no	ratio	This is how far the indicator of flap deployment has moved in the cockpit.

sim/cockpit2/EFIS/

EFIS controls – all actuators.

map_mode	int	900+	yes	enum	Map mode. 0=approach, 1=vor,2=map,3=nav,4=plan
map_mode_is_HSI	int	900+	yes	boolean	Map is in HSI mode, 0 or 1.
map_range	int	900+	yes	enum	Map range, 1->6, where 6 is the longest range.
argus_mode	int	900+	yes	enum	Argus mode, 7=departure,8=enroute,9=approach,10=radar_on
ecam_mode	int	900+	yes	enum	ECAM mode, 0=engine,1=fuel,2=controls,3=hydraulics,4=failures
EFIS_weather_on	int	900+	yes	boolean	On the moving map, show the weather or not.
EFIS_tcas_on	int	900+	yes	boolean	On the moving map, show the TCAS or not.
EFIS_airport_on	int	900+	yes	boolean	On the moving map, show the airports or not.
EFIS_fix_on	int	900+	yes	boolean	On the moving map, show the fixes or not.
EFIS_vor_on	int	900+	yes	boolean	On the moving map, show the VORs or not.
EFIS_ndb_on	int	900+	yes	boolean	On the moving map, show the NDBs or not.
EFIS_1_selection_pilot	int	900+	yes	enum	EFIS waypoint 1 is showing: 0=ADF1, 1=OFF, or 2=VOR1 — Pilot
EFIS_1_selection_copilot	int	900+	yes	enum	EFIS waypoint 2 is showing: 0=ADF1, 1=OFF, or 2=VOR1 — Copilot
EFIS_2_selection_pilot	int	900+	yes	enum	EFIS waypoint 1 is showing: 0=ADF2, 1=OFF, or 2=VOR2 — Pilot
EFIS_2_selection_copilot	int	900+	yes	enum	EFIS waypoint 2 is showing: 0=ADF2, 1=OFF, or 2=VOR2 — Copilot
EFIS_page	int[6]	900+	yes	boolean	An array of EFIS page switches for selecting which EFIS page is visible.

sim/cockpit2/electrical/

inverter_on	int[2]	900+	yes	boolean	Inverter turned on, 0 or 1. (Was 8, but should be 2 total.)
battery_on	int[8]	900+	yes	boolean	Battery turned on, 0 or 1.
battery_amps	float[8]	900+	no	amps	Battery amperage, in (surprisingly) amps.
battery_voltage_actual_volts	float[8]	900+	no	volts	Actual battery voltage in, umm, volts?
battery_voltage_indicated_volts	float[8]	900+	no	volts	Indicated battery voltage in, umm, volts? …The indication may be different than the actual voltage!
generator_on	int[8]	900+	yes	boolean	Generator turned on, 0 or 1.
generator_amps	float[8]	900+	no	amps	Generator amperage.
APU_generator_on	int	900+	yes	boolean	APU generator is turned on, 0 or 1.
APU_generator_amps	float	900+	yes	amps	APU generator amperage.
APU_starter_switch	int	900+	yes	boolean	APU power switch, 0 is off, 1 is on, 2 is start-er-up!
APU_N1_percent	float	900+	no	percent	N1 of the APU
APU_running	int	900+	no	boolean	APU actually running, 0 or 1.
dc_voltmeter	float	900-902	yes	1-6	Volt-meter selection (enums were strange)
cross_tie	int	901+	yes	boolean	Switch to connect the two busses together – power from one feeds the other. 0 or 1.
dc_voltmeter_selection	int	920+	no	enum	Volt-meter selection (0=external,1=ctr,2=lft,3=rgt,4=tpl,5=bat – use cmnds to set!
dc_voltmeter_value	float	920+	no	voltage	volt-meter value
bus_volts	float[6]	930+	no	voltage	Bus voltage for given bus – dim 4 until 1030
bus_load_amps	float[6]	940+	no	amps	Bus load in amps per bus – dim 4 until 1030
plugin_bus_load_amps	float[6]	1030+	yes	amps	Add additional load to this dataref to create additional custom bus loads.
panel_brightness_ratio	float[4]	930+	no	ratio	This is the actual panel brightness, taking into account failures
panel_brightness_ratio_auto	float[4]	1000+	no	ratio	This is the actual panel brightness, taking into account failures
panel_brightness_ratio_manual	float[4]	1000+	no	ratio	This is the actual panel brightness, taking into account failures
instrument_brightness_ratio	float[32]	930+	no	ratio	Actual instrument brightness, taking into account failures – was [16] until 11.10
instrument_brightness_ratio_auto	float[32]	1000+	no	ratio	Actual instrument brightness, taking into account failures – was [16] until 11.10
instrument_brightness_ratio_manual	float[32]	1000+	no	ratio	Actual instrument brightness, taking into account failures – was [16] until 11.10
HUD_brightness_ratio	float	930+	no	ratio	Actual HUD brightness, taking into account failures
HUD_brightness_ratio_auto	float	1000+	no	ratio	Actual HUD brightness, taking into account failures
HUD_brightness_ratio_manual	float	1000+	no	ratio	Actual HUD brightness, taking into account failures

sim/cockpit2/engine/

Engine cockpit datarefs

sim/cockpit2/engine/actuators/

Controls for each engine

cyclic_elevator_deg	float[engines]	900+	yes	degrees	This is the longitudinal cyclic COMMAND, in degrees. Positive forwards cyclic.
cyclic_aileron_deg	float[engines]	900+	yes	degrees	This is the lateral cyclic COMMAND, in degrees. Positive right cyclic.
throttle_ratio	float[engines]	900+	yes	ratio	Throttle position of the handle itself, from 0.0 (idle) to 1.0 (max normal).
throttle_beta_rev_ratio	float[8]	1110+	yes	ratio	Throttle position of the handle as a ratio with reverse and beta, -2..-1 = rev, -1..0=beta, 0..1=alpha
throttle_jet_rev_ratio	float[8]	1130+	yes	ratio	Throttle position of the handle as a ratio with reverse, -1..0 = rev, 0..1=fwd
beta_ratio	float[engines]	1050+	yes	ratio	Throttle position of the handle as a ratio, 0.0 is minimum beta, 1.0 = maximum beta.
throttle_ratio_all	float	930+	yes	ratio	Throttle position of the handle itself – this controls all the handles at once.
throttle_beta_rev_ratio_all	float	1110+	yes	ratio	Controls the throttle handle position, but includes beta and reverse. -2..-1 is reverse, -1..0 is beta, 0..1 is alpha.
throttle_jet_rev_ratio_all	float	1130+	yes	ratio	Controls the throttle handle position, but includes reverse. -1..0 is reverse, 0..1 is fwd.
prop_rotation_speed_rad_sec	float[engines]	900+	yes	radians/second	Prop handle position, in radians per second of requested prop rpm. Use this if your plane has a constant speed prop.
prop_rotation_speed_rad_sec_all	float	930+	yes	radians/second	Prop handle position, this controls all props at once.
prop_angle_degrees	float[engines]	930+	yes	degrees	Prop handle position, in degrees. Use this if your plane has a manual-adjust prop.
prop_angle_degrees_all	float	930+	yes	degrees	Prop handle position, in degrees, set all at once.
prop_ratio	float[8]	1050+	yes	ratio	Prop handle position, in ratio. NOTE: This is also used for helicopter collective!
prop_ratio_all	float	1050+	yes	ratio	Prop handle position, in ratio. This controls all handles at once. NOTE: This is also used for helicopter collective!
mixture_ratio	float[engines]	900+	yes	ratio	Mixture handle position, 0.0 (cutoff) to 1.0 (full rich).
mixture_ratio_all	float	930+	yes	ratio	Mixture handle position, this controls all at once.
carb_heat_ratio	float[engines]	900+	yes	ratio	Carb-heat handle position, 0.0 (none) to 1.0 (full).
cowl_flap_ratio	float[engines]	900+	yes	ratio	Cowl-flap handle position, 0.0 (none) to 1.0 (full open).
primer_ratio	float[engines]	900+	yes	ratio	Primer handle position, 0.0 (none) to 1.0 (on).
afterburner_enabled	int[engines]	900+	yes	boolean	Afterburner enabled, on or off.
igniter_on	int[engines]	900+	yes	boolean	Igniter, on or off.
auto_ignite_on	int[engines]	920+	yes	boolean	Auto-igniter switch, 0 or 1. Auto-ignition. This switch turns on a continuous ignition source in the engine to automatically relight it if there is a flameout.
ignition_on	int[engines]	900+	yes	enum	0 = off, 1 = left, 2 = right, 3 = both
ignition_key	int[8]	955+	yes	enum	0 = off, 1 = left, 2 = right, 3 = both, 4 = starting
starter_hit	int[8]	1100+	no	boolean	True while the starter motor is engaged
fadec_on	int[engines]	900+	yes	boolean	Fadec, ok or off.
primer_on	int[engines]	900+	yes	boolean	Primer button, on or off.
fuel_pump_on	int[engines]	900+	yes	boolean	Fuel pump, on or off. This is the electric per-engine fuel pump!
idle_speed	int[8]	900+	yes	boolean	Idle speed, hi=1 or lo=0.
idle_speed_ratio	float[8]	1100+	yes	[0..1]	Idle speed, hi=1 or lo=0 – continuous control
prop_mode	int[engines]	900+	yes	enum	This is the propeller and engine operation mode. It is used for props and jets. Mode 0 is feathered, 1 is normal, 2 is in beta, and reverse (prop or jet) is mode 3.
prop_pitch_deg	float[engines]	900+	yes	degrees	This is the REQUESTED pitch of the prop in degrees from its flat-pitch setting.
start_lock_engaged	int[8]	1130+	yes	boolean	Start lock to lock prop into fine pitch position so it doesn’t feather on loss of oil pressure, for fixed turbofan engines.
unfeather_pump_running	int[8]	1130+	yes	boolean	Manual unfeather pump can provide oil pressure to the governor, to unfeather a stopped prop when the startlocks weren’t engaged. Running the pump first unfeathers the prop and then engages the startlock
governor_on	int[engines]	930+	yes	boolean	Governor on-off switch.
fire_extinguisher_on	int[engines]	930+	yes	boolean	Fire extinguisher on
clutch_engage	float[1]	1000+	yes	boolean	XP10: the on/off status of the clutch, either per engine or per prop, depending on voodoo, dim 8. V11: there is only ONE clutch for the whle airplane.
clutch_ratio	float[1]	1000+	yes
manual_feather_prop	float[engines]	1100+	yes	ratio	XP10: the ratio of the clutch, either per engine or per prop, depending on voodoo, dim 8. V11: there is only ONE clutch for the whle airplane.
N1_target_bug	float[8]	1130+	yes	percent	N1 bug (target for thrust reference), %
EPR_target_bug	float[8]	1130+	yes	percent	EPR bug (target for thrust reference), %

sim/cockpit2/engine/indicators/

Readings for each engine

N1_percent	float[engines]	900+	no	percent	N1, %.
N2_percent	float[engines]	900+	no	percent	N2, %.
MPR_in_hg	float[engines]	900+	no	inches_hg	Manifold pressure, inches HG.
EPR_ratio	float[engines]	900+	no	ratio	EPR, ratio.
torque_n_mtr	float[engines]	900+	no	newton_meters	Torque, NM.
fuel_flow_kg_sec	float[engines]	900+	no	kilograms/second	FF, kilograms per second.
ITT_deg_C	float[engines]	900+	no	degrees_C_or_F	ITT, deg. Dataref label is wrong, units vary by plane.
EGT_deg_C	float[engines]	900+	no	degrees_C_or_F	EGT, deg. Dataref label is wrong, units vary by plane.
CHT_deg_C	float[engines]	900+	no	degrees_C_or_F	CHT, deg. Dataref label is wrong, units vary by plane.
fuel_pressure_psi	float[engines]	900+	no	pounds/square_inch	Fuel pressure, psi.
oil_pressure_psi	float[engines]	900+	no	pounds/square_inch	Oil pressure, psi.
oil_temperature_deg_C	float[engines]	900+	no	degrees_C_or_F	Oil temp, deg. Dataref label is wrong, units vary by plane.
oil_quantity_ratio	float[engines]	900+	no	ratio	Oil quantity, 0.0 to 1.0.
power_watts	float[engines]	900+	no	watts	Actual engine power output.
thrust_n	float[engines]	930+	no	newtons	Engine thrust in Newtons
engine_speed_rpm	float[engines]	940+	no	revolutions/minute	Engine speed, radians per second
prop_speed_rpm	float[engines]	940+	no	revolutions/minute	Prop speed, radians per second boolean Requests that the prop be feathered immediately, for plugin control of feathering. Requires the prop to NOT be overriden for x-plane to actuate this.
carburetor_temperature_C	float[engines]	1100+	no	degrees_C	Carburator temperature in degrees C

sim/cockpit2/fuel/

Fuel system controls

fuel_tank_selector_left	int	920+	yes	enum	This is the left-engine fuel-tank selector.
fuel_tank_selector_right	int	920+	yes	enum	This is the right-engine fuel-tank selector.
fuel_tank_selector	int	900+	yes	enum	0=none,1=left,2=center,3=right,4=all
fuel_tank_transfer_to	int	900+	yes	enum	0=none,1=left,2=center,3=right
fuel_tank_transfer_from	int	900+	yes	enum	0=none,1=left,2=center,3=right
fuel_tank_pump_on	int[9]	930+	yes	bool	True if the pump for this tank is on.
showing_aux	int	930+	no	bool	True if user is holding down the aux-tank button.
fuel_quantity	float[9]	940+	no	kgs	Indicated fuel level per tank
fuel_totalizer_init_kg	float	1110+	yes	kg	Total fuel on board the fuel totalizer was initialized with
fuel_totalizer_sum_kg	float	1110+	yes	kg	Total accumulated fuel used by all engines since totalizer initialization

sim/cockpit2/gauges/

Main Cockpit Gauges

sim/cockpit2/gauges/actuators/

Adjustments the pilot can make in basic instruments

barometer_setting_in_hg_pilot	float	900+	yes	inches_hg	Barometric pressure setting, inches HG. Pilot side.
barometer_setting_in_hg_copilot	float	900+	yes	inches_hg	Barometric pressure setting, inches HG. Copilot side.
barometer_setting_in_hg_stby	float	1130+	yes	inches_hg	Barometric pressure setting, inches HG. Standby instrument.
radio_altimeter_bug_ft_pilot	float	900+	yes	feet	Radio altitude bug entered into the radio altimeter. Pilot side.
radio_altimeter_bug_ft_copilot	float	900+	yes	feet	Radio altitude bug entered into the radio altimeter. Copilot side.
baro_altimeter_bug_ft_pilot	float	1120+	yes	feet	Baro altitude bug. Pilot side
baro_altimeter_bug_ft_copilot	float	1120+	yes	feet	Baro altitude bug. Copilot side
artificial_horizon_adjust_deg_pilot	float	900+	yes	degrees	Artificial horizon pitch-reference adjustment. Pilot side.
artificial_horizon_adjust_deg_copilot	float	900+	yes	degrees	Artificial horizon pitch-reference adjustment. Copilot side.
airspeed_bug_deg	float	900+	yes	degrees	ASI bug location on the dial, in degrees, 0 straight up, positive clockwise.

sim/cockpit2/gauges/indicators/

Basic instruments

slip_deg	float	900+	no	degrees	Slip indication, in degrees of ball deflection from centered.
compass_heading_deg_mag	float	900+	no	degrees_magnetic	Indicated heading of the wet compass, in degrees.
airspeed_acceleration_kts_sec_pilot	float	930+	yes	knots/second	acceleration of airspeed (ASI trend)
airspeed_acceleration_kts_sec_copilot	float	1000+	yes	knots/second	acceleration of airspeed (ASI trend)
airspeed_kts_pilot	float	900+	no	knots	Indicated airspeed in knots, pilot.
airspeed_kts_copilot	float	900+	no	knots	Indicated airspeed in knots, copilot.
airspeed_kts_stby	float	1130+	no	knots	Indicated airspeed in knots, standby instrument
altitude_ft_pilot	float	900+	no	feet	Indicated height, MSL, in feet, primary system, based on pilots barometric pressure input.
altitude_ft_copilot	float	900+	no	feet	Indicated height, MSL, in feet, primary system, based on co-pilots barometric pressure input.
altitude_ft_stby	float	1130+	no	feet	Indicated height, MSL, in feet, primary system, based on standby instrument barometric pressure input.
vvi_fpm_pilot	float	900+	no	feet/minute	Indicated vertical speed in feet per minute, pilot system.
vvi_fpm_copilot	float	900+	no	feet/minute	Indicated vertical speed in feet per minute, copilot system.
turn_rate_roll_deg_pilot	float	900+	no	degrees	Indicated rate-of-turn, in degrees deflection, for newer roll-augmented turn-indicators. Pilot side.
true_airspeed_kts_pilot	float	1120+	no	knots	True airspeed in knots, for pilot pitot/static, calculated by ADC, requires pitot, static, oat sensor and ADC all to work correctly to give correct value
true_airspeed_kts_copilot	float	1120+	no	knots	True airspeed in knots, for copilot pitot/static, calculated by ADC, requires pitot, static, oat sensor and ADC all to work correctly to give correct value
mach_pilot	float	1120+	no	mach	number airspeed in mach number, for pilot pitot/static, calculated by ADC, requires pitot, static, oat sensor and ADC all to work correctly to give correct value
mach_copilot	float	1120+	no	mach	number airspeed in mach number, for copilot pitot/static, calculated by ADC, requires pitot, static, oat sensor and ADC all to work correctly to give correct value
turn_rate_roll_deg_copilot	float	900+	no	degrees	Indicated rate-of-turn, in degrees deflection, for newer roll-augmented turn-indicators. Copilot side.
turn_rate_heading_deg_pilot	float	900+	no	degrees	Indicated rate-of-turn, in degrees deflection, for old-style turn-indicators. Pilot side.
turn_rate_heading_deg_copilot	float	900+	no	degrees	Indicated rate-of-turn, in degrees deflection, for old-style turn-indicators. Copilot side.
heading_AHARS_deg_mag_pilot	float	900+	no	degrees_magnetic	Indicated magnetic heading, in degrees. Source: AHARS. Side: Pilot
heading_AHARS_deg_mag_copilot	float	900+	no	degrees_magnetic	Indicated magnetic heading, in degrees. Source: AHARS. Side: Copilot
heading_electric_deg_mag_pilot	float	900+	no	degrees_magnetic	Indicated magnetic heading, in degrees. Source: electric gyro. Side: Pilot
heading_electric_deg_mag_copilot	float	900+	no	degrees_magnetic	Indicated magnetic heading, in degrees. Source: electric gyro. Side: Copilot
heading_vacuum_deg_mag_pilot	float	900+	no	degrees_magnetic	Indicated magnetic heading, in degrees. Source: vacuum gyro. Side: Pilot
heading_vacuum_deg_mag_copilot	float	900+	no	degrees_magnetic	Indicated magnetic heading, in degrees. Source: vacuum gyro. Side: Copilot
pitch_AHARS_deg_pilot	float	900+	no	degrees	Indicated pitch, in degrees, positive up. Source: AHARS. Side: Pilot
pitch_AHARS_deg_copilot	float	900+	no	degrees	Indicated pitch, in degrees, positive up. Source: AHARS. Side: Copilot
pitch_electric_deg_pilot	float	900+	no	degrees	Indicated pitch, in degrees, positive up. Source: electric gyro. Side: Pilot
pitch_electric_deg_copilot	float	900+	no	degrees	Indicated pitch, in degrees, positive up. Source: electric gyro. Side: Copilot
pitch_vacuum_deg_pilot	float	900+	no	degrees	Indicated pitch, in degrees, positive up. Source: vacuum gyro. Side: Pilot
pitch_vacuum_deg_copilot	float	900+	no	degrees	Indicated pitch, in degrees, positive up. Source: vacuum gyro. Side: Copilot
radio_altimeter_height_ft_pilot	float	900+	no	feet	Radio-altimeter indicated height in feet, pilot-side
radio_altimeter_height_ft_copilot	float	900+	no	feet	Radio-altimeter indicated height in feet, copilot-side
radio_altimeter_dh_lit_pilot	int	900+	no	boolean	Radio-altimeter decision warning light, pilot-side
radio_altimeter_dh_lit_copilot	int	900+	no	boolean	Radio-altimeter decision warning light, copilot-side
baro_altimeter_mda_lit_pilot	int	1130+	no	boolean	Baro-altimeter decision warning light, pilot-side
baro_altimeter_mda_lit_copilot	int	1130+	no	boolean	Baro-altimeter decision warning light, copilot-side
baro_altimeter_alert_lit_pilot	int	1130+	no	enum	Baro-altimeter altitude alert light, as per autopilot altitude warn configuration, pilot. 0 = off, 1 = lit, 2 = blinking
baro_altimeter_alert_lit_copilot	int	1130+	no	enum	Baro-altimeter altitude alert light, as per autopilot altitude warn configuration, copilot. 0 = off, 1 = lit, 2 = blinking
roll_AHARS_deg_pilot	float	900+	no	degrees	Indicated roll, in degrees, positive right. Source: AHARS. Side: Pilot
roll_AHARS_deg_copilot	float	900+	no	degrees	Indicated roll, in degrees, positive right. Source: AHARS. Side: Copilot
roll_electric_deg_pilot	float	900+	no	degrees	Indicated roll, in degrees, positive right. Source: electric gyro. Side: Pilot
roll_electric_deg_copilot	float	900+	no	degrees	Indicated roll, in degrees, positive right. Source: electric gyro. Side: Copilot
roll_vacuum_deg_pilot	float	900+	no	degrees	Indicated roll, in degrees, positive right. Source: vacuum gyro. Side: Pilot
roll_vacuum_deg_copilot	float	900+	no	degrees	Indicated roll, in degrees, positive right. Source: vacuum gyro. Side: Copilot
wind_heading_deg_mag	float	900+	no	degrees_magnetic	Wind direction currently acting on the plane, in degrees magnetic.
wind_speed_kts	float	900+	no	knots	Wind speed currently acting on the plane, in knots true.
suction_1_ratio	float	930+	no	ratio	Vacuum system 1 suction as ratio of max available in plane.
suction_2_ratio	float	930+	no	ratio	Vacuum system 2 suction as ratio of max available in plane.
total_energy_fpm	float	930+	no	feet/minute	Total energy in feet/minute
water_ratio	float	930+	no	ratio	Ratio of releasable water still in the tank, 0..1.
sideslip_degrees	float	930+	no	degrees	Sideslip in degrees
prop_sync_degrees	float	930+	no	degrees	Degrees difference between two prop. Can be used for prop sync display.
CG_indicator	float	930+	no
ground_track_mag_pilot	float	1050+	no	degrees	The ground track of the aircraft in degrees magnetic
ground_track_mag_copilot	float	1050+	no	degrees	The ground track of the aircraft in degrees magnetic
max_mach_number_in_kias	float	1100+	no	knots	For planes with a max mach number, this is the max mach number converted to KIAS for the current plane altitude, etc. – useful for adaptive needles and limit markers on tapes
max_mach_number_or_speed_kias	float	1100+	no	knots	For planes with a max mach number, this is the lesser of the max mach number converted to KIAS for the current plane altitude and V-never-exceed.

sim/cockpit2/hydraulics/

Actuators for hydraulic switches

sim/cockpit2/hydraulics/indicators/

hydraulic_pressure_1	float	930+	no	any	Hydraulic system 1 pressure, units set by Plane-Maker.
hydraulic_pressure_2	float	930+	no	any	Hydraulic system 2 pressure, units set by Plane-Maker.
hydraulic_fluid_ratio_1	float	930+	no	ratio	Hydraulic fluid quantity, ratio of max, system 1
hydraulic_fluid_ratio_2	float	930+	no	ratio	Hydraulic fluid quantity, ratio of max, system 2

sim/cockpit2/ice/

Actuators for ice switches

ice_all_on	int	900+	yes	boolean	De-ice switch, 0 or 1. De-ice – all systems. This is the master switch for the de-icing systems.
ice_inlet_heat_on	int	900+	yes	boolean	De-ice switch, 0 or 1. De-ice – inlet heat. This switch turns on de-icing heat in the engine air inlet keep ice from choking your engine. Engine 1 only
ice_prop_heat_on	int	900+	yes	boolean	De-ice switch, 0 or 1. De-ice – prop heat. This switch turns on de-icing of the propeller(s) to keep ice from building up on your prop. Engine 1 only
ice_inlet_heat_on_per_engine	int[8]	1020+	yes	boolean	De-ice switch, 0 or 1. De-ice – inlet heat. This switch turns on de-icing heat in the engine air inlet keep ice from choking your engine. Per engine
ice_prop_heat_on_per_engine	int[8]	1020+	yes	boolean	De-ice switch, 0 or 1. De-ice – prop heat. This switch turns on de-icing of the propeller(s) to keep ice from building up on your prop. Per engine
ice_window_heat_on	int	900+	yes	boolean	De-ice switch, 0 or 1. De-ice – windshield heat. This switch turns on windshield de-icing to keep ice from blocking your vision.
ice_pitot_heat_on_pilot	int	900+	yes	boolean	De-ice switch, 0 or 1. De-ice – pitot tube heat. This switch turns on de-icing heat in the pitot tube. If it freezes up your airspeed indicator and altimeter stop working. Airspeed and altitude related autopilot functions are also affected.
ice_pitot_heat_on_copilot	int	900+	yes	boolean	De-ice switch, 0 or 1. Pitot tube heat, co-pilot. This switch turns on de-icing heat in the co-pilot side pitot tube. If it freezes up your airspeed indicator and altimeter stop working. Airspeed and altitude related autopilot functions are also affected.
ice_AOA_heat_on	int	900+	yes	boolean	De-ice switch, 0 or 1. AOA sensor heat. This switch turns on de-icing heat for the AOA sensor. If it freezes up your AOA indicator stops working. AOA sensor failure will also affect the aircraft’s artificial stability system if it has one. Pilot.
ice_AOA_heat_on_copilot	int	1020+	yes	boolean	De-ice switch, 0 or 1. AOA sensor heat. This switch turns on de-icing heat for the AOA sensor. If it freezes up your AOA indicator stops working. AOA sensor failure will also affect the aircraft’s artificial stability system if it has one. Copilot.
ice_static_heat_on_pilot	int	1120+	yes	boolean	De-ice switch, 0 or 1. Static port heat. This switch turns on de-icing heat for the static sensor. If it freezes up your altimeter, vvi and airspeed indicator stop working. Pilot.
ice_static_heat_on_copilot	int	1120+	yes	boolean	De-ice switch, 0 or 1. Static port heat. This switch turns on de-icing heat for the static sensor. If it freezes up your altimeter, vvi and airspeed indicator stop working. Copilot.
ice_surfce_heat_on	int	900+	yes	boolean	De-ice switch, 0 or 1. De-ice – electric heat. This switch engages electrically heated leading edges. (All wings)
ice_surfce_heat_left_on	int	930+	yes	boolean	De-ice switch, 0 or 1. De-ice – electric heat. This switch engages electrically heated leading edges. (Left wing)
ice_surfce_heat_right_on	int	930+	yes	boolean	De-ice switch, 0 or 1. De-ice – electric heat. This switch engages electrically heated leading edges. (Right wing)
ice_surface_boot_on	int	900-1129	yes	boolean	De-ice switch, 0 or 1. De-ice – pneumatic. This switch inflates flexible bladders on the wing leading edges to pop off accumulated ice.
ice_surface_boot_on	int	1130+	yes	boolean	De-ice switch, 0 or 1. De-ice – pneumatic. This switch inflates flexible bladders on the wing leading edges to pop off accumulated ice. (All wings)
ice_surface_boot_left_on	int	1130+	yes	boolean	De-ice switch, 0 or 1. De-ice – pneumatic. This switch inflates flexible bladders on the wing leading edges to pop off accumulated ice. (Left wing)
ice_surface_boot_right_on	int	1130+	yes	boolean	De-ice switch, 0 or 1. De-ice – pneumatic. This switch inflates flexible bladders on the wing leading edges to pop off accumulated ice. (Right wing)
ice_surface_hot_bleed_air_on	int	1130+	yes	boolean	De-ice switch, 0 or 1. De-ice – bleed air. This switch directs warm air from the engines into the wing leading edges to keep them free of ice. (All wings)
ice_surface_hot_bleed_air_left_on	int	1130+	yes	boolean	De-ice switch, 0 or 1. De-ice – bleed air. This switch directs warm air from the engines into the wing leading edges to keep them free of ice. (Left wing)
ice_surface_hot_bleed_air_right_on	int	1130+	yes	boolean	De-ice switch, 0 or 1. De-ice – bleed air. This switch directs warm air from the engines into the wing leading edges to keep them free of ice. (Right wing)
ice_surface_tks_on	int	1130+	yes	enum	De-ice switch, 0, 1, or 2. De-ice – TKS fluid. This switch activates the pump for the weeping wing, dissipating TKS fluid on the leading edges to keep them free of ice. 0 = Off, 1 = Norm, 2 = High. (All wings)
ice_surface_tks_left_on	int	1130+	yes	enum	De-ice switch, 0, 1, or 2. De-ice – TKS fluid. This switch activates the pump for the weeping wing, dissipating TKS fluid on the leading edges to keep them free of ice. 0 = Off, 1 = Norm, 2 = High. (Left wing)
ice_surface_tks_right_on	int	1130+	yes	enum	De-ice switch, 0, 1, or 2. De-ice – TKS fluid. This switch activates the pump for the weeping wing, dissipating TKS fluid on the leading edges to keep them free of ice. 0 = Off, 1 = Norm, 2 = High. (Right wing)
cowling_thermal_anti_ice_per_engine	int[8]	1130+	yes	boolean	De-ice switch, 0 or 1. De-ice – inlet heat. This switch turns on thermal anti ice of the engine cowling and inlet. This takes hot bleed air from the HP compressor. Per engine
ice_prop_tks_on_per_engine	int[8]	1130+	yes	enum	De-ice switch, 0, 1, or 2. De-ice – prop TKS. This switch turns on de-icing of the propeller(s) with TKS fluid to keep ice from building up on your prop. 0 = Off, 1 = Norm, 2 = High. Per engine
anti_ice_engine_air	float[engines]	900+	yes	ratio	De-Ice ratio. (Description needed)
anti_ice_engine_air_b	float[engines]	900+	yes	ratio	De-Ice ratio. (Description needed)
ice_auto_ignite_on	int	900+	yes	boolean	De-ice switch, 0 or 1. De-ice – auto-ignition. This switch turns on a continuous ignition source in the engine to automatically relight it if there is a flameout.
ice_detect_on	int	900+	yes	boolean	De-ice switch, 0 or 1. Ice-detection: Turn this switch on to enable ice-detection… if the system detects ice, it will light up the ICE annunciator.
ice_tks_fluid_liter	float	1130+	yes	liter	TKS de-icing fluid reserve. See sim/aircraft/specialcontrols/acf_tks_cap_liter for the plane’s total capacity.

sim/cockpit2/pressurization/

Control for cabin pressurization

sim/cockpit2/pressurization/actuators/

bleed_air_mode	int	900+	yes	enum	Bleed air mode, 0=of, 1=left,2=both,3=right,4=apu,5=auto
dump_all_on	int	900+	yes	boolean	Dump all pressurization, 0 or 1.
dump_to_altitude_on	int	900+	yes	feet	Dump pressurization to the current altitude, 0 or 1.
cabin_altitude_ft	float	900+	yes	feet	Cabin altitude commanded, feet.
cabin_vvi_fpm	float	900+	yes	feet/minute	Cabin VVI commanded, feet.
max_allowable_altitude_ft	float	900+	yes	feet	Maximum allowable altitude for this airplane to maintain the requested cabin altitude.

sim/cockpit2/pressurization/indicators/

cabin_altitude_ft	float	900+	no	feet	Cabin altitude actually occurring, feet.
cabin_vvi_fpm	float	900+	no	feet/minute	Cabin VVI actually occurring, fpm.
pressure_diffential_psi	float	900+	no	pounds/square_inch	Cabin differential pressure, psi.

sim/cockpit2/oxygen/

Control for crew and passenger oxygen systems

sim/cockpit2/oxygen/actuators/

o2_valve_on	int	1130+	yes	boolean	crew oxygen valve open
demand_flow_setting	int	1130+	yes	enum	0 = off, 1 = unregulated, 2 = now/night, 3 = day/delay 5, 4 = day/delay 10, 5 = fat/face mask 1, 6 = fat/face mask 2, 7 = fat/face mask 3, 8 = fat/face mask 4
num_plugged_in_o2	int	1130+	yes	int	number of people plugged into the bottle O2 system – note that airliners usually have a chemical oxygen system, so this is for the two pilots, while the PAX a served by a chemical oxygenator

sim/cockpit2/oxygen/indicators/

o2_bottle_rem_liter	float	1130+	yes	liter	liters of O2 remaining in the crew bottle. Writeable with override_oxygen_system
o2_bottle_pressure_psi	float	1130+	yes	lb/in2	pressure in the O2 bottle. Writeable with override_oxygen_system
pilot_felt_altitude_ft	float	1130+	yes	feet	pressure altitude felt by the pilot’s body. Will be lower than cabin pressure altitude when on oxygen. This is what triggers the hypoxia black-out effect. Writeable with override_oxygen_system
pass_oxygenator_working	int	1130+	no	boolean	passenger chemical oxygen generator on and supplying passengers’ O2 masks. Note that the dataref to drop the masks manually is sim/operation/failures/rel_pass_o2_on
pass_oxygenator_min_rem	float	1130+	yes	minutes	the chemical oxygen generator can still supply the passenger oxygen masks with O2 for this many minutes

sim/cockpit2/radios/

Radios and navigation equipment.

sim/cockpit2/radios/actuators/

nav1_power	int	900+	yes	boolean	Nav radio 1 off or on, 0 or 1.
nav2_power	int	900+	yes	boolean	Nav radio 2 off or on, 0 or 1.
nav_power	int[12]	1040+	yes	boolean	Nav radio N off or on, 0 or 1. Was 0-10 pre-11.10. Radios 11 and 12 are WAAS/EGNOS receivers
com1_power	int	900+	yes	boolean	Com radio 1 off or on, 0 or 1.
com2_power	int	900+	yes	boolean	Com radio 2 off or on, 0 or 1.
adf1_power	int	900+	yes	enum	ADF radio 1 off or on, 0 = off, 1 = antenna, 2 = on, 3 = tone, 4 = test
adf2_power	int	900+	yes	enum	ADF radio 2 off or on, 0 = off, 1 = antenna, 2 = on, 3 = tone, 4 = test
gps_power	int	900+	yes	boolean	GPS 1 off or on, 0 or 1.
gps2_power	int	1030+	yes	boolean	GPS 2 off or on, 0 or 1.
dme_power	int	900+	yes	boolean	DME radio 1 off or on, 0 or 1.
nav1_frequency_hz	int	900+	yes	10hertz	Nav radio 1 frequency, hz
nav1_frequency_Mhz	int	1030+	yes	Mhz	Nav radio 1 frequency, Mhz component only
nav1_frequency_khz	int	1030+	yes	khz	Nav radio 1 frequency, khz component only
nav2_frequency_hz	int	900+	yes	10hertz	Nav radio 2 frequency, hz
nav2_frequency_Mhz	int	1030+	yes	Mhz	Nav radio 2 frequency, Mhz component only
nav2_frequency_khz	int	1030+	yes	khz	Nav radio 2 frequency, khz component only
nav_frequency_hz	int[12]	1040+	yes	10hertz	Nav radio N frequency, hz
nav_frequency_Mhz	int[12]	1040+	yes	Mhz	Nav radio N frequency, Mhz component only
nav_frequency_khz	int[12]	1040+	yes	khz	Nav radio N frequency, khz component only
com1_frequency_hz	int	900+	yes	10hertz	Com radio 1 frequency, 10 hz
com1_frequency_Mhz	int	1030+	yes	Mhz	Com radio 1 frequency, Mhz component only
com1_frequency_khz	int	1030+	yes	khz	Com radio 1 frequency, khz component only
com1_frequency_hz_833	int	1030+	yes	hertz	Com radio 1 frequency, hz, supports 8.3 khz spacing
com2_frequency_hz	int	900+	yes	10hertz	Com radio 2 frequency, 10 hz
com2_frequency_Mhz	int	1030+	yes	Mhz	Com radio 2 frequency, Mhz component only
com2_frequency_khz	int	1030+	yes	khz	Com radio 2 frequency, khz component only
com2_frequency_hz_833	int	1030+	yes	hertz	Com radio 2 frequency, hz, supports 8.3 khz spacing
adf1_frequency_hz	int	900+	yes	10hertz	ADF radio 1 frequency, hz
adf2_frequency_hz	int	900+	yes	10hertz	ADF radio 2 frequency, hz
dme_frequency_hz	int	900+	yes	10hertz	DME radio frequency, hz
nav1_standby_frequency_hz	int	900+	yes	10hertz	Nav radio 1 standby frequency, hz
nav1_standby_frequency_Mhz	int	1030+	yes	Mhz	Standby Nav radio 1 frequency, Mhz component only
nav1_standby_frequency_khz	int	1030+	yes	khz	Standby Nav radio 1 frequency, khz component only
nav2_standby_frequency_hz	int	900+	yes	10hertz	Nav radio 2 standby frequency, hz
nav2_standby_frequency_Mhz	int	1030+	yes	Mhz	Standby Nav radio 2 frequency, Mhz component only
nav2_standby_frequency_khz	int	1030+	yes	khz	Standby Nav radio 2 frequency, khz component only
nav_standby_frequency_hz	int[12]	1040+	yes	10hertz	Nav radio N standby frequency, hz
nav_standby_frequency_Mhz	int[12]	1040+	yes	Mhz	Standby Nav radio N frequency, Mhz component only
nav_standby_frequency_khz	int[12]	1040+	yes	khz	Standby Nav radio N frequency, khz component only
com1_standby_frequency_hz	int	900+	yes	10hertz	Com radio 1 standby frequency, 10 hz
com1_standby_frequency_Mhz	int	1030+	yes	Mhz	Standby Com radio 1 frequency, Mhz component only
com1_standby_frequency_khz	int	1030+	yes	khz	Standby Com radio 1 frequency, khz component only
com1_standby_frequency_hz_833	int	1030+	yes	hertz	Com radio 1 standby frequency, hz, supports 8.3 khz spacing
com2_standby_frequency_hz	int	900+	yes	10hertz	Com radio 2 standby frequency, 10 hz
com2_standby_frequency_Mhz	int	1030+	yes	Mhz	Standby Com radio 2 frequency, Mhz component only
com2_standby_frequency_khz	int	1030+	yes	khz	Standby com radio 2 frequency, khz component only
com2_standby_frequency_hz_833	int	1030+	yes	hertz	Com radio 2 standby frequency, hz, supports 8.3 khz spacing
adf1_standby_frequency_hz	int	900+	yes	10hertz	ADF radio 1 standby frequency, hz
adf2_standby_frequency_hz	int	900+	yes	10hertz	ADF radio 2 standby frequency, hz
dme_standby_frequency_hz	int	900+	yes	10hertz	DME radio standby frequency, hz
nav1_obs_deg_mag_pilot	float	900+	yes	degrees_magnetic	OBS 1 (pilot side) selection, in degrees magnetic.
nav2_obs_deg_mag_pilot	float	900+	yes	degrees_magnetic	OBS 2 (pilot isde) selection, in degrees magnetic.
nav_obs_deg_mag_pilot	float[12]	1040+	yes	degrees_magnetic	OBS N (pilot isde) selection, in degrees magnetic.
nav1_obs_deg_mag_copilot	float	900+	yes	degrees_magnetic	OBS 1 (copilot side) selection, in degrees magnetic.
nav2_obs_deg_mag_copilot	float	900+	yes	degrees_magnetic	OBS 2 (copilot isde) selection, in degrees magnetic.
nav_obs_deg_mag_copilot	float[12]	1040+	yes	degrees_magnetic	OBS N (copilot isde) selection, in degrees magnetic.
adf1_card_heading_deg_mag_pilot	float	900+	yes	degrees_magnetic	CARD selection for ADF 1, pilot side, in degrees magnetic.
adf2_card_heading_deg_mag_pilot	float	900+	yes	degrees_magnetic	CARD selection for ADF 2, pilot side, in degrees magnetic.
adf1_card_heading_deg_mag_copilot	float	900+	yes	degrees_magnetic	CARD selection for ADF 1, copilot side, in degrees magnetic.
adf2_card_heading_deg_mag_copilot	float	900+	yes	degrees_magnetic	CARD selection for ADF 2, copilot side, in degrees magnetic.
nav1_course_deg_mag_pilot	float	900+	yes	degrees_magnetic	Selected course based on nav1, pilot, degrees magnetic. This is OBS for VORs, or localizer heading for ILS
nav2_course_deg_mag_pilot	float	900+	yes	degrees_magnetic	Selected course based on nav2, pilot, degrees magnetic. This is OBS for VORs, or localizer heading for ILS
nav_course_deg_mag_pilot	float[12]	1040+	yes	degrees_magnetic	Selected course based on navN, pilot, degrees magnetic. This is OBS for VORs, or localizer heading for ILS
nav1_course_deg_mag_copilot	float	900+	yes	degrees_magnetic	Selected course based on nav1, copilot, degrees magnetic. This is OBS for VORs, or localizer heading for ILS
nav2_course_deg_mag_copilot	float	900+	yes	degrees_magnetic	Selected course based on nav2, copilot, degrees magnetic. This is OBS for VORs, or localizer heading for ILS
nav_course_deg_mag_copilot	float[12]	1040+	yes	degrees_magnetic	Selected course based on navN, copilot, degrees magnetic. This is OBS for VORs, or localizer heading for ILS
HSI_source_select_pilot	int	900+	yes	enum	HSI source to display: 0 for Nav1, 1 for Nav2, 2 for GPS.
HSI_source_select_copilot	int	900+	yes	enum	HSI source to display: 0 for Nav1, 1 for Nav2, 2 for GPS.
RMI_source_select_pilot	int	900+	yes	enum	RMI source to display: 0 for Nav1, 1 for Nav2, 2 for GPS.
RMI_source_select_copilot	int	900+	yes	enum	RMI source to display: 0 for Nav1, 1 for Nav2, 2 for GPS.
RMI_left_use_adf_pilot	int	900+	yes	enum	RMI is taking ADF (1) or VOR (0).
RMI_left_use_adf_copilot	int	900+	yes	enum	RMI is taking ADF (1) or VOR (0).
RMI_right_use_adf_pilot	int	900+	yes	enum	RMI is taking ADF (1) or VOR (0).
RMI_right_use_adf_copilot	int	900+	yes	enum	RMI is taking ADF (1) or VOR (0).
DME_mode	int	900+	yes	enum	DME display mode, where 0 is remote, 1 is frequency, and 2 is groundspeed-time.
DME_slave_source	int	900+	yes	enum	DME display selection of what NAV radio to display. 0 for Nav1, 1for Nav2.
nav_com_adf_mode	int	900+	yes	enum	Frequency-to-change selection for the all-in-one radio, 0->5 are Nav1, Nav2, Com1, Com2, ADF1, ADF2.
transponder_code	int	900+	yes	transponder_code	Current Transponder code (0000-7777)
transponder_mode	int	1010+	yes	enum	Transponder mode (off=0,stdby=1,on=2,test=3)
audio_com_selection	int	900+	yes	enum	6=com1,7=com2
audio_nav_selection	int	900+	yes	enum	0=nav1,1=nav2,2=adf1,3=adf2,9=none
audio_selection_com1	int	940+	yes	boolean	is com1 selected for listening
audio_selection_com2	int	940+	yes	boolean	is com2 selected for listening
audio_selection_nav1	int	940+	yes	boolean	is nav1 selected for listening
audio_selection_nav2	int	940+	yes	boolean	is nav2 selected for listening
audio_selection_adf1	int	940+	yes	boolean	is adf1 selected for listening
audio_selection_adf2	int	940+	yes	boolean	is adf2 selected for listening
audio_dme_enabled	int	900+	yes	boolean	Is DME audio enabled? This only matters if the current selection has DME
audio_marker_enabled	int	900+	yes	boolean	Is audio for the marker beacons enabled?
audio_volume_com1	float	1050+	yes	[0..1]	Audio level (0 is off, 1 is max) for com1 audio
audio_volume_com2	float	1050+	yes	[0..1]	Audio level (0 is off, 1 is max) for com2 audio
audio_volume_nav1	float	1050+	yes	[0..1]	Audio level (0 is off, 1 is max) for nav1 audio
audio_volume_nav2	float	1050+	yes	[0..1]	Audio level (0 is off, 1 is max) for nav2 audio
audio_volume_adf1	float	1050+	yes	[0..1]	Audio level (0 is off, 1 is max) for adf1 audio
audio_volume_adf2	float	1050+	yes	[0..1]	Audio level (0 is off, 1 is max) for adf2 audio
audio_volume_dme	float	1050+	yes	[0..1]	Audio level (0 is off, 1 is max) for dme audio
audio_volume_mark	float	1050+	yes	[0..1]	Audio level (0 is off, 1 is max) for marker beacon audio
hsi_obs_deg_mag_pilot	float	930+	yes	degrees_magnetic	HSI OBS (pilot side) selection, in degrees magnetic.
hsi_obs_deg_mag_copilot	float	930+	yes	degrees_magnetic	HSI OBS (copilot side) selection, in degrees magnetic.
nav1_left_frequency_hz	int	930+	yes	10hertz	Left Nav radio 1 frequency, hz
nav2_left_frequency_hz	int	930+	yes	10hertz	Left Nav radio 2 frequency, hz
com1_left_frequency_hz	int	930+	yes	10hertz	Left Com radio 1 frequency, 10 hz
com1_left_frequency_hz_833	int	1030+	yes	hertz	Left Nav radio 1 frequency, hz, supports 8.3 khz spacing
com2_left_frequency_hz	int	930+	yes	10hertz	Left Com radio 2 frequency, 10 hz
com2_left_frequency_hz_833	int	1030+	yes	hertz	Left Nav radio 2 frequency, hz, supports 8.3 khz spacing
adf1_left_frequency_hz	int	930+	yes	10hertz	Left ADF radio 1 frequency, hz
adf2_left_frequency_hz	int	930+	yes	10hertz	Left ADF radio 2 frequency, hz
dme_left_frequency_hz	int	930+	yes	10hertz	Left DME radio frequency, hz
nav1_right_frequency_hz	int	930+	yes	10hertz	Right Nav radio 1 frequency, hz
nav2_right_frequency_hz	int	930+	yes	10hertz	Right Nav radio 2 frequency, hz
com1_right_frequency_hz	int	930+	yes	10hertz	Right Com radio 1 frequency, hz
com2_right_frequency_hz	int	930+	yes	10hertz	Right Com radio 2 frequency, hz
adf1_right_frequency_hz	int	930+	yes	10hertz	Right ADF radio 1 frequency, hz
adf2_right_frequency_hz	int	930+	yes	10hertz	Right ADF radio 2 frequency, hz
dme_right_frequency_hz	int	930+	yes	10hertz	Right DME radio frequency, hz
nav1_right_is_selected	int	930+	yes	boolean	1 if right nav 1 radio is selected, 0 if left is selected
nav2_right_is_selected	int	930+	yes	boolean	1 if right nav 2 radio is selected, 0 if left is selected
com1_right_is_selected	int	930+	yes	boolean	1 if right com 1 radio is selected, 0 if left is selected
com2_right_is_selected	int	930+	yes	boolean	1 if right com 2 radio is selected, 0 if left is selected
adf1_right_is_selected	int	930+	yes	boolean	1 if right adf 1 radio is selected, 0 if left is selected
adf2_right_is_selected	int	930+	yes	boolean	1 if right adf 2 radio is selected, 0 if left is selected
dme_right_is_selected	int	930+	yes	boolean	1 if right DME radio is selected, 0 if left is selected
marker_sens	int	1130+	yes	enum	0 = Hi Sens, 1 = Low sens

sim/cockpit2/radios/indicators/

nav1_bearing_deg_mag	float	900+	no	degrees_magnetic	Indicated bearing to the nav1 navaid
nav2_bearing_deg_mag	float	900+	no	degrees_magnetic	Indicated bearing to the nav2 navaid
nav_bearing_deg_mag	float[12]	1040+	no	degrees_magnetic	Indicated bearing to the nav N navaid
adf1_bearing_deg_mag	float	900+	no	degrees_magnetic	Indicated bearing to the adf1 navaid
adf2_bearing_deg_mag	float	900+	no	degrees_magnetic	Indicated bearing to the adf2 navaid
gps_bearing_deg_mag	float	900+	no	degrees_magnetic	Indicated bearing to the selected GPS 1 destination
gps2_bearing_deg_mag	float	1030+	no	degrees_magnetic	Indicated bearing to the selected GPS 2 destination
nav1_relative_bearing_deg	float	900+	no	degrees	Indicated relative bearing to the nav1 navaid
nav2_relative_bearing_deg	float	900+	no	degrees	Indicated relative bearing to the nav2 navaid
nav_relative_bearing_deg	float[12]	1040+	no	degrees	Indicated relative bearing to the nav N navaid
adf1_relative_bearing_deg	float	900+	no	degrees	Indicated relative bearing to the adf1 navaid
adf2_relative_bearing_deg	float	900+	no	degrees	Indicated relative bearing to the adf2 navaid
gps_relative_bearing_deg	float	900+	no	degrees	Indicated relative bearing to the selected GPS 1 destination
gps2_relative_bearing_deg	float	1030+	no	degrees	Indicated relative bearing to the selected GPS 2 destination
nav1_flag_from_to_pilot	int	900+	no	enum	Nav-To-From indication, nav1, pilot, 0 is flag, 1 is to, 2 is from.
nav2_flag_from_to_pilot	int	900+	no	enum	Nav-To-From indication, nav2, pilot, 0 is flag, 1 is to, 2 is from.
nav_flag_from_to_pilot	int[12]	1040+	no	enum	Nav-To-From indication, navN, pilot, 0 is flag, 1 is to, 2 is from.
nav1_flag_from_to_copilot	int	900+	no	enum	Nav-To-From indication, nav1, copilot, 0 is flag, 1 is to, 2 is from.
nav2_flag_from_to_copilot	int	900+	no	enum	Nav-To-From indication, nav2, copilot, 0 is flag, 1 is to, 2 is from.
nav_flag_from_to_copilot	int[12]	1040+	no	enum	Nav-To-From indication, navN, copilot, 0 is flag, 1 is to, 2 is from.
nav1_flag_glideslope	int	940+	no	boolean	Glide slope flag, nav1 – EFIS style flag that shows when glideslope is expected, but not received
nav2_flag_glideslope	int	940+	no	boolean	Glide slope flag, nav2 – EFIS style flag that shows when glideslope is expected, but not received
nav_flag_glideslope	int[12]	1040+	no	boolean	Glide slope flag, nav N – EFIS style flag that shows when glideslope is expected, but not received
nav1_flag_glideslope_mech	int	1130+	no	boolean	Glide slope flag, nav1 – mechanical instrument flag that shows whenever no glideslope signal is received
nav2_flag_glideslope_mech	int	1130+	no	boolean	Glide slope flag, nav2 – mechanical instrument flag that shows whenever no glideslope signal is received
nav_flag_glideslope_mech	int[12]	1130+	no	boolean	Glide slope flag, nav N – mechanical instrument flag that shows whenever no glideslope signal is received
nav1_display_horizontal	int	940+	no	boolean	Is there some kind of horizontal signal on nav1
nav2_display_horizontal	int	940+	no	boolean	Is there some kind of horizontal signal on nav2
nav_display_horizontal	int[12]	1040+	no	boolean	Is there some kind of horizontal signal on nav N
nav1_display_vertical	int	940+	no	boolean	Is there some kind of vertical signal on nav1
nav2_display_vertical	int	940+	no	boolean	Is there some kind of vertical signal on nav2
nav_display_vertical	int[12]	1040+	no	boolean	Is there some kind of vertical signal on nav N
nav1_hdef_dots_pilot	float	900+	no	dots	CDI lateral deflection in dots, nav1, pilot
nav2_hdef_dots_pilot	float	900+	no	dots	CDI lateral deflection in dots, nav2, pilot
nav_hdef_dots_pilot	float[12]	1040+	no	dots	CDI lateral deflection in dots, navN, pilot
gps_hdef_dots_pilot	float	900+	no	dots	CDI lateral deflection in dots, gps 1, pilot
gps2_hdef_dots_pilot	float	1030+	no	dots	CDI lateral deflection in dots, gps 2, pilot
nav1_hdef_dots_copilot	float	900+	no	dots	CDI lateral deflection in dots, nav1, copilot
nav2_hdef_dots_copilot	float	900+	no	dots	CDI lateral deflection in dots, nav2, copilot
nav_hdef_dots_copilot	float[12]	1040+	no	dots	CDI lateral deflection in dots, navN, copilot
gps_hdef_dots_copilot	float	900+	no	dots	CDI lateral deflection in dots, gps, copilot
gps2_hdef_dots_copilot	float	1030+	no	dots	CDI lateral deflection in dots, gps 2, copilot
nav1_vdef_dots_pilot	float	900+	no	dots	CDI vertical deflection in dots, nav1, pilot
nav2_vdef_dots_pilot	float	900+	no	dots	CDI vertical deflection in dots, nav2, pilot
nav_vdef_dots_pilot	float[12]	1040+	no	dots	CDI vertical deflection in dots, navN, pilot
nav1_vdef_dots_copilot	float	900+	no	dots	CDI vertical deflection in dots, nav1, copilot
nav2_vdef_dots_copilot	float	900+	no	dots	CDI vertical deflection in dots, nav2, copilot
nav_vdef_dots_copilot	float[12]	1040+	no	dots	CDI vertical deflection in dots, navN, copilot
nav1_has_dme	int	900+	no	boolean	Is there a DME signal from nav1’s DME? 1 if yes, 0 if no
nav2_has_dme	int	900+	no	boolean	Is there a DME signal from nav2’s DME? 1 if yes, 0 if no
nav_has_dme	int[12]	1040+	no	boolean	Is there a DME signal from navN’s DME? 1 if yes, 0 if no
adf1_has_dme	int	900+	no	boolean	Is there a DME signal from ADF1’s DME? 1 if yes, 0 if no
adf2_has_dme	int	900+	no	boolean	Is there a DME signal from ADF2’s DME? 1 if yes, 0 if no
gps_has_dme	int	900+	no	boolean	Is there a DME signal from GPS 1? 1 if yes, 0 if no
gps2_has_dme	int	1030+	no	boolean	Is there a DME signal from GPS 2? 1 if yes, 0 if no
dme_has_dme	int	900+	no	boolean	Is there a DME signal from standalone DME? 1 if yes, 0 if no
nav1_dme_distance_nm	float	900+	no	nautical_miles	nav1 DME distance in nautical miles.
nav2_dme_distance_nm	float	900+	no	nautical_miles	nav2 DME distance in nautical miles.
nav_dme_distance_nm	float[12]	1040+	no	nautical_miles	navN DME distance in nautical miles.
adf1_dme_distance_nm	float	900+	no	nautical_miles	adf1 DME distance in nautical miles.
adf2_dme_distance_nm	float	900+	no	nautical_miles	adf2 DME distance in nautical miles.
gps_dme_distance_nm	float	900+	no	nautical_miles	gps 1 DME distance in nautical miles.
gps2_dme_distance_nm	float	1030+	no	nautical_miles	gps 2 DME distance in nautical miles.
dme_dme_distance_nm	float	900+	no	nautical_miles	standalone dme DME distance in nautical miles.
nav1_dme_speed_kts	float	900+	no	knots	nav1 DME speed in knots.
nav2_dme_speed_kts	float	900+	no	knots	nav2 DME speed in knots.
nav_dme_speed_kts	float[12]	1040+	no	knots	navN DME speed in knots.
adf1_dme_speed_kts	float	900+	no	knots	adf1 DME speed in knots.
adf2_dme_speed_kts	float	900+	no	knots	adf2 DME speed in knots.
gps_dme_speed_kts	float	900+	no	knots	gps 1 DME speed in knots.
gps2_dme_speed_kts	float	1030+	no	knots	gps 2 DME speed in knots.
dme_dme_speed_kts	float	900+	no	knots	standalone dme DME speed in knots.
nav1_dme_time_min	float	900+	no	minutes	nav1 DME time in minutes.
nav2_dme_time_min	float	900+	no	minutes	nav2 DME time in minutes.
nav_dme_time_min	float[12]	1040+	no	minutes	navN DME time in minutes.
adf1_dme_time_min	float	900+	no	minutes	adf1 DME time in minutes.
adf2_dme_time_min	float	900+	no	minutes	adf2 DME time in minutes.
gps_dme_time_min	float	900+	no	minutes	gps 1 DME time in minutes.
gps2_dme_time_min	float	1030+	no	minutes	gps 2 DME time in minutes.
dme_dme_time_min	float	900+	no	minutes	standalone dme DME time in minutes.
nav1_nav_id	byte[150]	930+	no	string	current selected navID – nav radio 1
nav2_nav_id	byte[150]	930+	no	string	current selected navID – nav radio 2
adf1_nav_id	byte[150]	930+	no	string	current selected navID – ADF 1
adf2_nav_id	byte[150]	930+	no	string	current selected navID – ADF 2
gps_nav_id	byte[150]	930+	no	string	current selected navID – GPS 1
gps2_nav_id	byte[150]	1030+	no	string	current selected navID – GPS 2
dme_nav_id	byte[150]	930+	no	string	current selected navID – DME
nav3_nav_id	byte[150]	1040+	no	string	current selected navID – nav radio 3
nav4_nav_id	byte[150]	1040+	no	string	current selected navID – nav radio 4
nav5_nav_id	byte[150]	1040+	no	string	current selected navID – nav radio 5
nav6_nav_id	byte[150]	1040+	no	string	current selected navID – nav radio 6
nav7_nav_id	byte[150]	1040+	no	string	current selected navID – nav radio 7
nav8_nav_id	byte[150]	1040+	no	string	current selected navID – nav radio 8
nav9_nav_id	byte[150]	1040+	no	string	current selected navID – nav radio 9
nav10_nav_id	byte[150]	1040+	no	string	current selected navID – nav radio 10
nav11_nav_id	byte[150]	1110+	no	string	current selected navID – nav radio 11. WAAS/EGNOS receiver
nav12_nav_id	byte[150]	1110+	no	string	current selected navID – nav radio 12. WAAS/EGNOS receiver
nav1_type	int	1050+	no	enum	Type of navaid that’s currently tuned in and being received – nav1
nav2_type	int	1050+	no	enum	Type of navaid that’s currently tuned in and being received – nav2
nav_type	int[12]	1100+	no	enum	Type of navaid that’s currently tuned in and being received – any nav receiver
over_outer_marker	int	900+	yes	boolean	Over the marker, 0 or 1. This stays on when over the marker
over_middle_marker	int	900+	yes	boolean	Over the marker, 0 or 1. This stays on when over the marker
over_inner_marker	int	900+	yes	boolean	Over the marker, 0 or 1. This stays on when over the marker
outer_marker_signal_ratio	float	1130+	no	ratio	Received signal strength of the marker. 0 when not receiving, 1 when at max strength
middle_marker_signal_ratio	float	1130+	no	ratio	Received signal strength of the marker. 0 when not receiving, 1 when at max strength
inner_marker_signal_ratio	float	1130+	no	ratio	Received signal strength of the marker. 0 when not receiving, 1 when at max strength
outer_marker_lit	int	900+	yes	boolean	Marker light actually lit, 0 or 1. This flashes as we go over.
middle_marker_lit	int	900+	yes	boolean	Marker light actually lit, 0 or 1. This flashes as we go over.
inner_marker_lit	int	900+	yes	boolean	Marker light actually lit, 0 or 1. This flashes as we go over.
morse_id_tone_nav1	int	1130+	no	enum	The morse-code id output for the tuned radio. Only if the audio is being monitored. 0 for silent. 1 for dot. 2 for dash.
morse_id_tone_nav2	int	1130+	no	enum	The morse-code id output for the tuned radio. Only if the audio is being monitored. 0 for silent. 1 for dot. 2 for dash.
morse_id_tone_adf1	int	1130+	no	enum	The morse-code id output for the tuned radio. Only if the audio is being monitored. 0 for silent. 1 for dot. 2 for dash.
morse_id_tone_adf2	int	1130+	no	enum	The morse-code id output for the tuned radio. Only if the audio is being monitored. 0 for silent. 1 for dot. 2 for dash.
morse_id_tone_dme	int	1130+	no	enum	The morse-code id output for the tuned radio. Only if the audio is being monitored. 0 for silent. 1 for dot. 2 for dash.
hsi_bearing_deg_mag_pilot	float	930+	no	degrees_magnetic	Indicated bearing to the pilot’s HSI-selected navaid
hsi_bearing_deg_mag_copilot	float	930+	no	degrees_magnetic	Indicated bearing to the copilot’s HSI-selected navaid
hsi_relative_bearing_deg_pilot	float	930+	no	degrees	Indicated relative bearing to the pilot’s HSI-selected navaid
hsi_relative_bearing_deg_copilot	float	930+	no	degrees	Indicated relative bearing to the copilot’s HSI-selected navaid
hsi_flag_from_to_pilot	int	930+	no	enum	Nav-To-From indication, nav1, pilot, 0 is flag, 1 is to, 2 is from.
hsi_flag_from_to_copilot	int	930+	no	enum	Nav-To-From indication, nav1, copilot, 0 is flag, 1 is to, 2 is from.
hsi_hdef_dots_pilot	float	930+	no	dots	CDI lateral deflection in dots, nav1, pilot
hsi_hdef_dots_copilot	float	930+	no	dots	CDI lateral deflection in dots, nav1, copilot
hsi_vdef_dots_pilot	float	930+	no	dots	CDI vertical deflection in dots, nav1, pilot
hsi_vdef_dots_copilot	float	930+	no	dots	CDI vertical deflection in dots, nav1, copilot
hsi_has_dme_pilot	int	930+	no	boolean	Is there a DME signal from nav1’s DME? 1 if yes, 0 if no
hsi_has_dme_copilot	int	930+	no	boolean	Is there a DME signal from nav1’s DME? 1 if yes, 0 if no
hsi_dme_distance_nm_pilot	float	930+	no	nautical_miles	nav1 DME distance in nautical miles, pilot HSI
hsi_dme_distance_nm_copilot	float	930+	no	nautical_miles	nav1 DME distance in nautical miles. copilot HSI
hsi_dme_speed_kts_pilot	float	930+	no	knots	nav1 DME speed in knots. pilot HSI
hsi_dme_speed_kts_copilot	float	930+	no	knots	nav1 DME speed in knots. copilot HSI
hsi_dme_time_min_pilot	float	930+	no	minutes	nav1 DME time in minutes. pilot HSI
hsi_dme_time_min_copilot	float	930+	no	minutes	nav1 DME time in minutes. copilot HSI
hsi_flag_glideslope_pilot	int	940+	no	boolean	Glide slope flag, pilot side HSI – EFIS style flag that shows when glideslope is expected, but not received
hsi_flag_glideslope_copilot	int	940+	no	boolean	Glide slope flag, copilot side HSI – EFIS style flag that shows when glideslope is expected, but not received
hsi_flag_glideslope_pilot_mech	int	1130+	no	boolean	Glide slope flag, pilot side HSI – mechanical instrument flag that shows whenever no glideslope signal is received
hsi_flag_glideslope_copilot_mech	int	1130+	no	boolean	Glide slope flag, copilot side HSI – mechanical instrument flag that shows whenever no glideslope signal is received
hsi_display_horizontal_pilot	int	940+	no	boolean	Is there some kind of horizontal signal on pilot side HSI
hsi_display_horizontal_copilot	int	940+	no	boolean	Is there some kind of horizontal signal on copilot side HSI
hsi_display_vertical_pilot	int	940+	no	boolean	Is there some kind of vertical signal on pilot side HSI
hsi_display_vertical_copilot	int	940+	no	boolean	Is there some kind of vertical signal on copilot side HSI
transponder_id	int	1010+	no	bool	Whether we are squawking ident right now.
transponder_brightness	float	1010+	no	ratio	Transponder light brightness ratio from 0 to 1
nav1_relative_heading_vacuum_deg_pilot	float	1030+	no	degrees	This is the relative heading of the nav1 OBS to the vacuum driven gyro for the pilot.
nav1_relative_heading_vacuum_deg_copilot	float	1030+	no	degrees	This is the relative heading of the nav1 OBS to the vacuum driven gyro for the copilot.
nav1_relative_heading_electric_deg_pilot	float	1030+	no	degrees	This is the relative heading of the nav1 OBS to the electric gyro for the pilot.
nav1_relative_heading_electric_deg_copilot	float	1030+	no	degrees	This is the relative heading of the nav1 OBS to the electric gyro for the copilot.
nav1_relative_heading_AHARS_deg_pilot	float	1030+	no	degrees	This is the relative heading of the nav1 OBS to AHARS gyro for the pilot.
nav1_relative_heading_AHARS_deg_copilot	float	1030+	no	degrees	This is the relative heading of the nav1 OBS to AHARS for the copilot.
nav2_relative_heading_vacuum_deg_pilot	float	1030+	no	degrees	This is the relative heading of the nav2 OBS to the vacuum driven gyro for the pilot.
nav2_relative_heading_vacuum_deg_copilot	float	1030+	no	degrees	This is the relative heading of the nav2 OBS to the vacuum driven gyro for the copilot.
nav2_relative_heading_electric_deg_pilot	float	1030+	no	degrees	This is the relative heading of the nav2 OBS to the electric gyro for the pilot.
nav2_relative_heading_electric_deg_copilot	float	1030+	no	degrees	This is the relative heading of the nav2 OBS to the electric gyro for the copilot.
nav2_relative_heading_AHARS_deg_pilot	float	1030+	no	degrees	This is the relative heading of the nav2 OBS to AHARS gyro for the pilot.
nav2_relative_heading_AHARS_deg_copilot	float	1030+	no	degrees	This is the relative heading of the nav2 OBS to AHARS for the copilot.
nav_relative_heading_vacuum_deg_pilot	float[12]	1040+	no	degrees	This is the relative heading of the nav N OBS to the vacuum driven gyro for the pilot.
nav_relative_heading_vacuum_deg_copilot	float[12]	1040+	no	degrees	This is the relative heading of the nav N OBS to the vacuum driven gyro for the copilot.
nav_relative_heading_electric_deg_pilot	float[12]	1040+	no	degrees	This is the relative heading of the nav N OBS to the electric gyro for the pilot.
nav_relative_heading_electric_deg_copilot	float[12]	1040+	no	degrees	This is the relative heading of the nav N OBS to the electric gyro for the copilot.
nav_relative_heading_AHARS_deg_pilot	float[12]	1040+	no	degrees	This is the relative heading of the nav N OBS to AHARS gyro for the pilot.
nav_relative_heading_AHARS_deg_copilot	float[12]	1040+	no	degrees	This is the relative heading of the nav N OBS to AHARS for the copilot.
gps_relative_heading_vacuum_deg_pilot	float	1030+	no	degrees	This is the relative heading of the GPS 1 course to the vacuum driven gyro for the pilot.
gps_relative_heading_vacuum_deg_copilot	float	1030+	no	degrees	This is the relative heading of the GPS 1 course to the vacuum driven gyro for the copilot.
gps_relative_heading_electric_deg_pilot	float	1030+	no	degrees	This is the relative heading of the GPS 1 course to the electric gyro for the pilot.
gps_relative_heading_electric_deg_copilot	float	1030+	no	degrees	This is the relative heading of the GPS 1 course to the electric gyro for the copilot.
gps_relative_heading_AHARS_deg_pilot	float	1030+	no	degrees	This is the relative heading of the GPS 1 course to AHARS gyro for the pilot.
gps_relative_heading_AHARS_deg_copilot	float	1030+	no	degrees	This is the relative heading of the GPS 1 course to AHARS for the copilot.
gps2_relative_heading_vacuum_deg_pilot	float	1030+	no	degrees	This is the relative heading of the GPS 2 course to the vacuum driven gyro for the pilot.
gps2_relative_heading_vacuum_deg_copilot	float	1030+	no	degrees	This is the relative heading of the GPS 2 course to the vacuum driven gyro for the copilot.
gps2_relative_heading_electric_deg_pilot	float	1030+	no	degrees	This is the relative heading of the GPS 2 course to the electric gyro for the pilot.
gps2_relative_heading_electric_deg_copilot	float	1030+	no	degrees	This is the relative heading of the GPS 2 course to the electric gyro for the copilot.
gps2_relative_heading_AHARS_deg_pilot	float	1030+	no	degrees	This is the relative heading of the GPS 2 course to AHARS gyro for the pilot.
gps2_relative_heading_AHARS_deg_copilot	float	1030+	no	degrees	This is the relative heading of the GPS 2 course to AHARS for the copilot.
hsi_relative_heading_vacuum_deg_pilot	float	1030+	no	degrees	This is the relative heading of the nav1 OBS to the vacuum driven gyro for the pilot.
hsi_relative_heading_vacuum_deg_copilot	float	1030+	no	degrees	This is the relative heading of the nav1 OBS to the vacuum driven gyro for the copilot.
hsi_relative_heading_electric_deg_pilot	float	1030+	no	degrees	This is the relative heading of the nav1 OBS to the electric gyro for the pilot.
hsi_relative_heading_electric_deg_copilot	float	1030+	no	degrees	This is the relative heading of the nav1 OBS to the electric gyro for the copilot.
hsi_relative_heading_AHARS_deg_pilot	float	1030+	no	degrees	This is the relative heading of the nav1 OBS to AHARS gyro for the pilot.
hsi_relative_heading_AHARS_deg_copilot	float	1030+	no	degrees	This is the relative heading of the nav1 OBS to AHARS for the copilot.
fms_exec_light_pilot	int	1100+	no	Boolean	Is the exec FMS light/warning lit for the pilot
fms_exec_light_copilot	int	1100+	no	Boolean	Is the exec FMS light/warning lit for the co-pilot
fms_fpta_pilot	float	1100+	no	Feet	FMS Flight Plan Target Altitude
fms_vpa_pilot	float	1100+	no	Degrees	FMS Vertical Path Angle
fms_vtk_pilot	float	1100+	no	Degrees	FMS Vertical Track Error
fms_distance_to_tod_pilot	float	1100+	no	nm	FMS Distance to Top of Descent
fms_tod_before_index_pilot	int	1100+	no	index	Index of waypoint in flightplan before which top of descent is located
fms_tod_before_distance_pilot	float	1100+	no	nm	Distance from top of descent to Nth waypoint (wayoint found via fms_tod_before_index_pilot)

sim/cockpit2/switches/

These are all actuators.

avionics_power_on	int	900+	yes	boolean	Switch, 0 or 1.
navigation_lights_on	int	900+	yes	boolean	Switch, 0 or 1.
beacon_on	int	900+	yes	boolean	Switch, 0 or 1.
strobe_lights_on	int	900+	yes	boolean	Switch, 0 or 1.
landing_lights_on	int	900+	yes	boolean	Switch, 0 or 1. This affects the first landing light.
landing_lights_switch	float[16]	900+	yes	ratio	Switch, 0 is off, 0.5 is half-intensity, etc. for any of the landing lights.
generic_lights_switch	float[128]	940+	yes	ratio	Switch, 0 is off, 0.5 is half-intensity, etc. for any of the generic lights. Was [64] until 11.10
taxi_light_on	int	900+	yes	boolean	Switch, 0 or 1.
spot_light_on	int	1000+	yes	boolean	Switch, 0 or 1.
dump_fuel	int	900+	yes	boolean	Switch, 0 or 1.
puffers_on	int	900+	yes	boolean	Switch, 0 or 1.
prop_sync_on	int	900+	yes	boolean	Switch, 0 or 1.
jet_sync_mode	int	900+	yes	enum	Switch, 0 or 1. fan=0, off=1, turbine=2#WHAT ARE THESE?
electric_hydraulic_pump_on	int	900+	yes	boolean	Switch, 0 or 1. electric hydro-pressure pump
ram_air_turbine_on	int	900+	yes	boolean	Switch, 0 or 1. ram air turbine (the rat) when total failure
yaw_damper_on	int	900+	yes	boolean	Switch, 0 or 1.
artificial_stability_on	int	900+	yes	boolean	Switch, 0 or 1.
artificial_stability_pitch_on	int	930+	yes	boolean	Switch, 0 or 1.
artificial_stability_roll_on	int	930+	yes	boolean	Switch, 0 or 1.
HUD_on	int	900+	yes	boolean	Switch, 0 or 1.
parachute_deploy	int	900+	yes	boolean	Switch, 0 or 1.
jato_on	int	900+	yes	boolean	Switch, 0 or 1.
tailhook_deploy	int	900+	yes	boolean	Switch, 0 or 1.
canopy_open	int	900+	yes	boolean	Switch, 0 or 1.
door_open	int[10]	1041+	yes	boolean	Switch, 0 or 1. 0 is closed, 1 is open
water_scoop_deploy	int	900+	yes	boolean	Switch, 0 or 1.
dump_water	int	900+	yes	boolean	This will be set to true when water is in the process of dumping out of a water-bomber.
no_smoking	int	900+	yes	boolean	No Smoking
fasten_seat_belts	int	900+	yes	boolean	Fasten Seat Belts
total_energy_audio	int	900+	yes	boolean	Switch, 0 or 1.
HSI_is_arc	int	900+	yes	boolean	Switch, 0 or 1.
auto_brake_level	int	900+	yes	enum	Switch, 0 is RTO (Rejected Take-Off), 1 is off, 2->5 are increasing auto-brake levels.
auto_reverse_on	int	900+	yes	boolean	Switch, 0 or 1.
prop_feather_mode	int	900+	yes	boolean	Switch, 0 or 1.
pre_rotate_level	int	900+	yes	boolean	Switch, 0 or 1.
clutch_engage	int	900+	yes	boolean	Switch, 0 or 1 – engage/disengage rotor clutch
rotor_brake	int	900+	yes	boolean	Switch, 0 or 1 – turns on the rotor brake.
rotor_brake_ratio	float	1030+	yes	ratio	This is the relative strength of the rotor brake compared to X-Plane default.
clutch_ratio	float	900+	yes	ratio	Current clutch ratio, 0.0 is off, 1.0 is on – follows clutch engage with some lag.
rocket_mode	int	900+	yes	enum	This will have an enumeration based on the direction of fire of any maneuvering rockets.
burner_level	int	900+	yes	enum	This can be 0 (half-power afterburners) or 1 (full-power burner).
alternate_static_air_ratio	float	900+	yes	ratio	Alternate static air ratio, 0.0 is off, 1,.0 is on.
standby_vacuum_pump	int	1130+	yes
wiper_speed	int	900+	yes	enum	0=off,1=25%speed,2=50%speed,3=100%speed.
custom_slider_on	int[24]	900+	yes	boolean	custom sliders. When flipped, slider moves based on timing in planemaker.
panel_brightness_ratio	float[4]	920+	yes	ratio	Rheostat controlling panel brightness. 0 = flood, 1-3 = spot lights.
instrument_brightness_ratio	float[32]	920+	yes	ratio	Rheostat controlling instruments brightnesss. 0 = default pilot, 1 = default copilot, 2-15 = custom – was [16] until 11.10
HUD_brightness_ratio	float	920+	yes	ratio	Rheostat controlling HUD brightness.
camera_power_on	int	930+	yes	boolean	Camera power on
total_energy_audio_on	int	930+	yes	boolean	Variometer audio on

sim/cockpit2/tcas/

sim/cockpit2/tcas/indicators/

relative_bearing_degs	float[20]	930+	no	degrees	Relative bearing of each other plane in degrees for TCAS
relative_distance_mtrs	float[20]	930+	no	meters	Distance to each other plane in meters for TCAS
relative_altitude_mtrs	float[20]	930+	no	meters	Relative altitude (positive means above us) for TCAS
tcas_alert	int	1130+	no	boolean	True if a TCAS alert is currently issued.

sim/cockpit2/temperature/

outside_air_temp_deg	float	930+	no	degrees	outside air temperature, pilot selects units
outside_air_temp_degc	float	930+	no	degreesC	outside air temperature, celsius
outside_air_temp_degf	float	930+	no	degreesF	outside air temperature, fahrenheit
outside_air_LE_temp_deg	float	930+	no	degrees	outside air temperature with leading edge, pilot selects units
outside_air_LE_temp_degc	float	930+	no	degreesC	outside air temperature with leading edge, celsius
outside_air_LE_temp_degf	float	930+	no	degreesF	outside air temperature with leading edge, fahrenheit
outside_air_temp_is_metric	int	930+	no	boolean	1 if thermo is metric, 0 if fahrenheit.

sim/cockpit2/transmissions/

sim/cockpit2/transmissions/indicators/

oil_temperature	float	930+	no	any	Transmission oil temperature. Units are the same as the max oil temperature in ACF file.
oil_pressure	float	930+	no	any	Transmission oil pressure. Units are the same as the max oil pressure in ACF file.

sim/cockpit2/weapons/

weapon_select_console_index	int	900+	yes	index	(V10 style!) Weapon index selected on the weapon console.
weapon_select_console_name	byte[1024]	1100+	no
fire_mode	int	900+	yes	enum	Weapon fire-mode, 0=single, 1=pair, 2=ripple, 3=salvo.
fire_rate	int	900+	yes	enum	Weapon fire-rate, 0, 1, 2, 3 depending on fire rate.
weapon_selected	int	900+	yes	enum	Switch position for each weapon-arming switch (there can be several). These are the rotaries that can be dialed up or down to select various systems.
gun_offset_heading_ratio	float	1050+	yes	ratio	Heading offset of the gun from within its maximum heading range
gun_offset_pitch_ratio	float	1050+	yes	ratio	Pitch offset of the gun from within its maximum pitch range

sim/flightmodel2/

The flightmodel2 section contains data about how the actual aircraft is being drawn. Use this section to build animated objects for the aircraft. Do not use these datarefs in the cockpit.

sim/flightmodel2/controls/

This section contains general control surface values for the whole plane. These are the actual control movements, e.g. if the control efficacy is reduced by low hydraulic pressure, these show what actually moved, not what the pilot wants.

pitch_ratio	float	900+	yes	ratio	This is how much the flight controls are deflected in pitch after any stability augmentation, in ratio, where -1.0 is full down, and 1.0 is full up.
roll_ratio	float	900+	yes	ratio	This is how much the flight controls are deflected in roll after any stability augmentation, in ratio, where -1.0 is full left, and 1.0 is full right.
heading_ratio	float	900+	yes	ratio	This is how much the flight controls are deflected in heading after any stability augmentation, where -1.0 is full left, and 1.0 is full right.
speedbrake_ratio	float	900+	yes	ratio	This is how much the speedbrakes surfaces are extended, in ratio, where 0.0 is fully retracted, and 1.0 is fully extended.
wingsweep_ratio	float	900+	yes	ratio	Actual sweep, in ratio. 0.0 is no sweep deployment, 1 is max sweep deployment.
thrust_vector_ratio	float	900+	yes	ratio	Actual thrust vector, in ratio. 0.0 is no thrust vector deployment, 1 is max thrust vector deployment.
dihedral_ratio	float	900+	yes	ratio	Actual dihedral, in ratio. 0.0 is no dihedral deployment, 1 is max dihedral deployment.
incidence_ratio	float	900+	yes	ratio	Actual incidence, in ratio. 0.0 is no incidence deployment, 1 is max incidence deployment.
wing_retraction_ratio	float	900+	yes	ratio	Actual wing-retraction, in ratio. 0.0 is no wing-retraction deployment, 1 is max wing-retraction deployment.
flap_handle_deploy_ratio	float	900+	yes	ratio	This is the ACTUAL FLAP deployment for overall flap system, in ratio, where 0.0 is flaps fully retracted, and 1.0 is flaps fully extended. You should probably use the deployment for flap set 1 or flap set 2 to deflect the surfaces though. This takes into account that flaps deploy slowly, not instantaneously as the handle is dragged.
slat1_deploy_ratio	float	900+	yes	ratio	Slat deployment, where 0.0 is slats fully retracted, 1.0 is slats fully extended. This variable applies to lading-edge flaps as well.
slat2_deploy_ratio	float	900+	yes	ratio	Slat deployment, where 0.0 is slats fully retracted, 1.0 is slats fully extended. This variable applies to lading-edge flaps as well.
flap1_deploy_ratio	float	900+	yes	ratio	This is the ACTUAL FLAP deployment for flap-set #1, in ratio, where 0.0 is flaps fully retracted, and 1.0 is flaps fully extended.
flap2_deploy_ratio	float	900+	yes	ratio	This is the ACTUAL FLAP deployment for flap-set #2, in ratio, where 0.0 is flaps fully retracted, and 1.0 is flaps fully extended.
stabilizer_deflection_degrees	float	900+	yes	degrees	This is the actual stabilizer deflection with trim for all-moving horizontal stabilizers. This is the deflection you can see visually on airliners. This is in degrees, positive for leading-edge nose up.
aileron_trim	float	900+	yes	ratio	Aileron trim, in part of MAX FLIGHT CONTROL DEFLECTION. So, if the aileron trim is deflected enough to move the ailerons through 30% of their travel, then that is an aileron trim of 0.3.
elevator_trim	float	900+	yes	ratio	Elevator trim, in part of MAX FLIGHT CONTROL DEFLECTION. So, if the elevator trim is deflected enough to move the elevators through 30% of their travel, then that is an elevator trim of 0.3.
rudder_trim	float	900+	yes	ratio	Rudder trim, in part of MAX FLIGHT CONTROL DEFLECTION. So, if the rudder trim is deflected enough to move the rudders through 30% of their travel, then that is an rudder trim of 0.3.
rotor_trim	float	900+	yes	ratio	Rotor trim, in part of MAX FLIGHT CONTROL DEFLECTION. So, if the rotor trim is deflected enough to move the rotor through 30% of its travel, then that is a rotor trim of 0.3.
water_rudder_deploy_ratio	float	901+	no	ratio	Deployment of the water rudder, 0 is none, 1 is max

sim/flightmodel2/doors/

Landing gear doors.

type	int[doors]	900+	no	enumeration	0=unused (plane does not use this door) 1=standard (opens before gear goes down) 2=attached to strut (cycles with door), 3=closed (opens before gear goes down, then closes again)
location_x_mtr	int[doors]	900-1099	no	meters	Gear door location, in meters, x, y z.
location_y_mtr	int[doors]	900-1099	no	meters	Gear door location, in meters, x, y z.
location_z_mtr	int[doors]	900-1099	no	meters	Gear door location, in meters, x, y z.
axis_rotation_deg	float[doors]	900-1099	no	degrees	Axis of rotation of this gear door, degrees.
angle_now_deg	float[doors]	900+	no	degrees	Current angle about the axis of rotation of this gear door, degrees.

sim/flightmodel2/engines/

Datarefs for the physical engines, props and rotors.

location_x_mtr	float[engines]	900+	no	meters	Engine location, meters x, y, z, with respect to the default center of gravity.
location_y_mtr	float[engines]	900+	no	meters	Engine location, meters x, y, z, with respect to the default center of gravity.
location_z_mtr	float[engines]	900+	no	meters	Engine location, meters x, y, z, with respect to the default center of gravity.
throttle_used_ratio	float[engines]	900+	no	ratio	Throttle that is actually going to the engine, which could be different than the commanded throttle due to FADEC throttle adjustments.
has_fuel_flow_before_mixture	int[8]	900+	yes	boolean	Engine has fuel making to the mixture control, yes or no. Writable if override_fuel_system is true.
has_fuel_flow_after_mixture	int[engines]	900+	no	boolean	Engine has fuel making to the combustion process, yes or no.
engine_is_burning_fuel	int[engines]	900+	no	boolean	Engine is currently burning fuel, yes or no.
engine_fuel_in_intake	float[engines]	1031+	no	ratio	How much fuel has been primed into the intake port (fuel-injected engine) 0..1
engine_burning_fuel_ratio	int[engines]	900-902	no	ratio	Engine running ratio, 0.0 for not running to 1.0 for fully running, combustion process fully started.
afterburner_on	int[engines]	900+	no	boolean	Afterburner on, yes or no.
afterburner_ratio	float[engines]	900+	no	ratio	Afterburner engaged ratio, 0.0 to 1.0.
engine_rotation_speed_rad_sec	float[engines]	900+	no	radians/second	Rotational speed of the engine, in radians per second.
engine_rotation_angle_deg	float[engines]	900+	no	degrees	This is the angle of the engine as it turns over, running 0 to 360 over and over again in normal operation. Engine speed can be different than prop rotation speed in clutched designs. This is radians per second.
prop_rotation_speed_rad_sec	float[engines]	900+	no	radians/second	Radians per second rotation speed of the prop.
prop_rotation_angle_deg	float[engines]	900+	yes	degrees	This is the angle of the prop or engine-fan as it rotates. You will see this value circulate 0 to 360 degrees over and over as the engine runs and the prop or fan turns. Override witih /prop_disc/override per engine!
prop_no_disc_rotation_angle_deg	float[engines]	1050+	no	degrees	This is the angle of the prop or engine-fan as it rotates. You will see this value circulate 0 to 360 degrees over and over as the engine runs and the prop or fan turns. This dataref NEVER shows the speed of the prop disc if it happens to be showing. This always tracks the actual prop. Override witih /prop_disc/override per engine!
prop_pitch_deg	float[engines]	900+	no	degrees	This is the ACTUAL pitch of the prop in degrees from its flat-pitch setting.
prop_cone_angle_rad	float[engines]	900+	no	radians	This is the coning angle of the disc, in radians. Typically close to 0.0.
rotor_vertical_vector_deg	float[engines]	900+	no	degrees	This engine rotor-disc vertical vector, in degrees, where 0 is straight forwards, 90 is straight up.
rotor_vertical_cyclic_deg	float[engines]	900+	no	degrees	This engine rotor-disc longitudinal cyclic, in degrees, where -10 is 10 degrees forwards, 10 is 10 degrees aft.
rotor_side_cyclic_deg	float[engines]	900+	no	degrees	This engine rotor-disc lateral cyclic, in degrees, where -10 is 10 degrees left, 10 is 10 degrees right.
rotor_cyclic_elevator_tilt_deg	float[engines]	900+	no	degrees	Longitudinal disc tilt from cyclic deflection.
rotor_cyclic_aileron_tilt_deg	float[engines]	900+	no	degrees	Lateral disc tilt from cyclic deflection.
nacelle_vertical_angle_deg	float[engines]	900+	no	degrees	This engine nacelle vertical vector, in degrees, where 0 is straight forwards, 90 is straight up.
thrust_reverser_deploy_ratio	float[engines]	900+	no	ratio	How far the reverser doors/mechanism have traveled. 0 = fully stowed, 1.0 = fully deployed.
prop_is_disc	int[engines]	930+	yes	boolean	Is the prop a disc now? Override with /prop_disc/override per engine!
prop_tip_deflection_degrees	float[8]	1000+	no	degrees	Degrees of deflection of a line from the crank shaft to the prop tip.
fuel_pump_spinning	float[engines]	1050+	no	0..1	Is the electric fuel pump for this engine spinning? 1 = yes, 0 = no.
starter_is_running	int[8]	1100+	no	boolean	Is this starter running at all
starter_making_torque	int[8]	1100+	no	boolean	Is this starter applying torque to the engine
is_on_fire	float[8]	1130+	no	0..1	Engine fire, 0 means none, 1 means max.
side_sign	float[8]	1130+	no	-1,0,1	Sign of the side of the ACF for this engine: -1 for left side, 0 for inline, 1 for right side
N1_percent	float[engines]	1130+	no	percent	N1 speed as percent of max (per engine)
N2_percent	float[engines]	1130+	no	percent	N2 speed as percent of max (per engine)
ITT_deg_C	float[engines]	1130+	no	degrees	ITT (per engine) in degrees C
EGT_deg_C	float[engines]	1130+	no	degrees	EGT (per engine) in degrees C
CHT_deg_C	float[engines]	1130+	no	degrees	CHT (per engine) in degrees C
jetwash_mtr_sec	float[engines]	1130+	no	meters/second	Speed of propwash/jetwash behind the prop disc/engine exhaust in meters/second

sim/flightmodel2/engines/prop_disc/

Datarefs for customizing prop disc visualization.

override	int[8]	930+	yes	boolean	Set to 1 to control the prop disc from a plugin. Overrides all other variables in this section.
disc_width	float[engines]	940+	yes	meters	If larger than zero, the prop disc is actually two discs, with this separation at the root and no separation at the tip.
disc_s	float[engines]	940+	yes	offset	Offset from left (in “slots”) for the prop disc texture. Fractions blend horizontal images.
disc_t	int[engines]	940+	yes	offset	Offset from bottom (in “slots”) for the prop disc texture
disc_s_dim	int[engines]	940+	yes	count	Number of horizontal slots for the prop disc in the prop disc texture
disc_t_dim	int[engines]	940+	yes	count	Number of vertical slots for the prop disc in the prop disc texture
disc_alpha_front	float[engines]	940+	yes	ratio	Alpha of prop disc when viewed from front. X-Plane interpolates as the view angle moves.
disc_alpha_side	float[engines]	940+	yes	ratio	Alpha of prop disc when viewed of side.
disc_alpha_inside	float[engines]	940+	yes	ratio	Ratio to multiply disc alpha when view is inside the airplane.
side_width	float[engines]	940+	yes	meters	Width of prop side image in meters. Height comes from prop radius.
side_length_ratio	float[engines]	940+	yes	ratio	Ratio to scale the length of the side image. 1.0 = the real length of the prop.
side_angle	float[engines]	940+	yes	degrees	Rotation angle of the side images now – allows side to rotate independently of disc, perhaps faster.
side_number_of_blades	int[engines]	940+	yes	count	Number of side blades to draw. Should be at least 2!
side_is_billboard	int[engines]	940+	yes	boolean	If true, prop side angle comes from billboarding logic – if false, it comes from side_angle dataref.
side_s	float[engines]	940+	yes	offset	Offset from left (in “slots”) for the prop disc texture. Fractions blend horizontal images.
side_t	int[engines]	940+	yes	offset	Offset from bottom (in “slots”) for the prop disc texture
side_s_dim	int[engines]	940+	yes	count	Number of horizontal slots for the prop side in the prop disc texture
side_t_dim	int[engines]	940+	yes	count	Number of vertical slots for the prop side in the prop disc texture
side_alpha_front	float[engines]	940+	yes	ratio	Alpha of prop side when viewed from front. X-Plane interpolates as the view angle moves.
side_alpha_side	float[engines]	940+	yes	ratio	Alpha of prop side when viewed of side.
side_alpha_inside	float[engines]	940+	yes	ratio	Ratio to multiply side alpha when view is inside the airplane.
side_alpha_to_camera	float[engines]	940+	yes	ratio	A ratio to multiply side alpha when the rotor is extending toward the camera.

sim/flightmodel2/gear/

Datarefs for each landing of the gear.

gear_heading_deg	float[gear]	900+	no	degrees	Current gear heading angle, degrees.
gear_pitch_deg	float[gear]	900+	no	degrees	Current gear pitch angle, degrees.
gear_roll_deg	float[gear]	900+	no	degrees	Current gear roll angle, degrees.
tire_steer_command_deg	float[gear]	900+	yes	degrees	Steering command being sent to this gear, degrees positive right. This takes into account steering algorithms for big planes like 747, but does not free castoring and springiness. Writable in 1030. Override via override_wheel_steer
tire_steer_actual_deg	float[gear]	900+	yes	degrees	Steering command actually enacted by the gear, degrees positive right. Writable in 1030. Override via override_wheel_steer
tire_vertical_deflection_mtr	float[gear]	900+	no	meters	Vertical deflection of this gear, meters.
tire_vertical_force_n_mtr	float[gear]	900+	no	newton_meters	Vertical force on this gear, newtons.
tire_rotation_speed_rad_sec	float[gear]	900+	no	radians/second	Rotational speed of this tire, radians per second.
tire_rotation_angle_deg	float[gear]	900+	no	degrees	Tire rotation in degrees, running 0 to 360 over and over as it rolls.
deploy_ratio	float[gear]	900+	no	ratio	This is how far down the landing gear is. 0=up, 1= down
eagle_claw_angle_deg	float[gear]	1020+	no	degrees	Angle of eagle-claw landing gear now, degrees, per gear.
tire_skid_ratio	float[gear]	1050+	no	0..1	Ratio of how much this tire is in a skid – 0 = full traction, 1 = completely skidding
total_deflection_rate	float[gear]	1050+	no	meters/second	Rate at which the tires are deflecting, positive means shocks are contracting
on_ground	int[10]	1100+	no	boolean	Is this wheel on the ground
on_grass	int[10]	1100+	no	boolean	Is this wheel on grass
on_noisy	int[10]	1100+	no	boolean	Is this wheel on some kind of noisy surface like gravel
tire_skid_speed_mtr_sec	float[gear]	1130+	no	meters/second	This is how fast the skidding part of the tire is dragged across the surface it is skidding on in meters/second.

sim/flightmodel2/lights/

These datarefs tell the actual brightness of the various lights. These are float arrays because in the future all lights will be variable intensity, and more than one of each.

landing_lights_brightness_ratio	float[16]	930+	no	ratio	Ratio of the brightness of the landing lights, 0 is off, 1 is max.
generic_lights_brightness_ratio	float[128]	940+	no	ratio	Ratio of the brightness of the landing lights, 0 is off, 1 is max. Was dim [64] until 11.10
taxi_lights_brightness_ratio	float[1]	930+	no	ratio	Ratio of the brightness of the taxi light, 0 is off, 1 is max.
spot_lights_brightness_ratio	float[1]	1000+	no	ratio	Ratio of the brightness of the spot light, 0 is off, 1 is max.
nav_lights_brightness_ratio	float[1]	930+	no	ratio	Ratio of the brightness of the nav lights, 0 is off, 1 is max.
beacon_brightness_ratio	float[4]	930+	yes	ratio	Ratio of the brightness of the beacon, 0 is off, 1 is max. Use override_beacons_and_strobes
strobe_brightness_ratio	float[4]	930+	yes	ratio	Ratio of the brightness of the strobe, 0 is off, 1 is max. Use override_beacons_and_strobes
spot_light_heading_deg	float[1]	1010+	yes	degrees	Heading offset in degrees of the spot light from its default position, positive is right.
spot_light_pitch_deg	float[1]	1010+	yes	degrees	Pitch offset in degrees of the spot light from its default position, positive is up.
strobe_flash_now	int	940+	yes	boolean	Is any strobe flashing right now?
override_beacons_and_strobes	int	940+	yes	boolean	override beacon and strobe control

sim/flightmodel2/misc/

Various animations for the aircraft model.

canopy_open_ratio	float	900+	no	ratio	Canopy position: 0 = closed, 1 = open
door_open_ratio	float[10]	1041+	no	ratio	How open is the door, 0 = closed, 1 = open
tailhook_deploy_ratio	float	900+	no	ratio	Tailhook position: 0 = up, 1 = down
water_scoop_deploy_ratio	float	900+	no	ratio	Water scoop position: 0 = up, 1 = down
water_drop_deploy_ratio	float	900+	no	ratio	Water drop door position: 0 = up, 1= down
wiper_angle_deg	float[4]	900+	no	degrees	current angle of the wiper. range of motion is set in PlaneMaker.
custom_slider_ratio	float[24]	900+	no	ratio	Misc. traveling items for your use. You define the meaning.
pressure_outflow_ratio	float	900+	no	ratio	How far is the pressure-outflow valve open? 0=closed, 1=open
AoA_angle_degrees	float	900+	no	degrees	Angle of attack probe. Positive means aircracft nose is above the flight path in aircraft coordinates.
yaw_string_angle	float	900+	no	degrees	desc
yaw_string_airspeed	float	900+	no	kias	desc
gforce_normal	float	900+	no	todo	desc
gforce_axil	float	900+	no	todo	desc
gforce_side	float	900+	no	todo	desc
bouncer_x	float[14]	930+	no	meters	lateral offset in meters from default for this bouncer
bouncer_y	float[14]	930+	no	meters	vertical offset in meters from default for this bouncer
bouncer_z	float[14]	930+	no	meters	longitudinal offset in meters from default for this bouncer
bouncer_vx	float[14]	930+	no	meters	lateral offset in meters from default for this bouncer
bouncer_vy	float[14]	930+	no	meters	vertical offset in meters from default for this bouncer
bouncer_vz	float[14]	930+	no	meters	longitudinal offset in meters from default for this bouncer
auto_start_in_progress	int	1100+	yes	boolean	True while the auto-start sequence is happening. Plugins that override the auto-start sequence should set this to 1 during the sequence and clear it when done.
auto_board_in_progress	int	1100+	yes	boolean	True while the auto-board sequence is happening. Plugins that override the auto-board sequence should set this to 1 during the sequence and clear it when done.
tailhook_angle_degrees	float	1130+	no	degrees	Angle of the tailhook
tow_in_progress	int	1130+	no	boolean	True while a tow operation is currently taking place.
has_crashed	int	1132+	no	boolean	True if the aircraft is in a crashed state

sim/flightmodel2/wing/

Wing properties. These give you the most specific access to control surfaces (for example, these include variable flaps with roll and pitch). The wings are indexed as: wing 1 left, wing 1 right .. wing 4 left, wing 4 right, left hstab, right hstab, rudders 1 and 2, then the 20 misc wings, for 32 indices.

aileron1_deg	float[wings]	900+	yes	degrees	Deflection of the aileron from set #1 on this wing. Degrees, positive is trailing-edge down.
aileron2_deg	float[wings]	900+	yes	degrees	Deflection of the aileron from set #2 on this wing. Degrees, positive is trailing-edge down.
spoiler1_deg	float[wings]	900+	yes	degrees	Deflection of the roll-spoilerfrom set #1 on this wing. Degrees, positive is trailing-edge down.
spoiler2_deg	float[wings]	900+	yes	degrees	Deflection of the roll-spoilerfrom set #1 on this wing. Degrees, positive is trailing-edge down.
yawbrake_deg	float[wings]	900+	yes	degrees	Deflection of the yaw-brake on this wing. A yaw-brake is a set of spoilers on the top and bottom of the wing that split open symmetrically to drag that wing aft and yaw the plane. They are used on the B-2, for example.
elevator1_deg	float[wings]	900+	yes	degrees	Deflection of the elevator from set #1 on this wing. Degrees, positive is trailing-edge down.
elevator2_deg	float[wings]	900+	yes	degrees	Deflection of the elevator from set #2 on this wing. Degrees, positive is trailing-edge down.
rudder1_deg	float[wings]	900+	yes	degrees	Deflection of the rudder from set #1 on this wing. Degrees, positive is trailing-edge right.
rudder2_deg	float[wings]	900+	yes	degrees	Deflection of the rudder from set #2 on this wing. Degrees, positive is trailing-edge right.
flap1_deg	float[wings]	900+	yes	degrees	Deflection of the flap from set #1 on this wing. Degrees, positive is trailing-edge down.
flap2_deg	float[wings]	900+	yes	degrees	Deflection of the flap from set #2 on this wing. Degrees, positive is trailing-edge down.
speedbrake1_deg	float[wings]	900+	yes	degrees	Deflection of the speedbrakes from set #1 on this wing.
speedbrake2_deg	float[wings]	900+	yes	degrees	Deflection of the speedbrakes from set #2 on this wing.
airfoil_sweep_increase_deg	float[wings]	900-999	yes	degrees	The sweep increase BEYOND DEFAULT of this wing… this would only have a non-zero value for planes like the F-14 which can sweep their wings.
airfoil_dihedral_increase_deg	float[wings]	900-999	yes	degrees	The dihedral increase BEYOND DEFAULT of this wing… this would only have a non-zero value for planes like the Navy F-4 which can fold up the outer wing panels.
wing_tip_deflection_deg	float[32]	1000+	no	degrees	Degrees of deflection of a line from the wing root (extended to the plane centerline) to the tip.
wing_condensation_ratio	float[wings]	1130+	no	ratio	Strength of wing condensation for this wing, 0 is none, 1 = max
wing_tip_condensation_ratio	float[wings]	1130+	no	ratio	Strength of wing tip vapor trail for this wing, 0 is none, 1 = max

sim/flightmodel2/wing/elements/

Per-element data, 10 per wing x 32 wings.

element_MAC_mtr	float[320]	1130+	no	meters	Width of chord at the MAC.
element_surface_area_mtr_sq	float[320]	1130+	no	square_meters	per element surface area
element_condensation_ratio	float[320]	1130+	no	ratio	Per element condensation ratio

sim/graphics/VR/

Controller animation values – these are used to animate controllers using OBJs.

button_axis_x	float[5]	1120+	no	Ratio	For OBJs used to draw VR controllers: the X deflection (or axis deflection) of each axis on the controller.
button_axis_y	float[5]	1120+	no	Ratio	For OBJs used to draw VR controllers: for 2-d thumb sticks or dpads, this is the second axis.
button_down	int[64]	1120+	no	Boolean	For OBJs used to draw VR controllers: button status of each button on the controller.
backlight_level	float	1120+	no	Ratio	For OBJs used to draw VR controllers: Level of back lighting on the controller.
seeker_light_level	float	1120+	no	Ratio	For OBJs used to draw VR controllers: Level of lighting on the tip of the controller.
touch_spot_light_level	float	1120+	no	Ratio	For OBJs used to draw VR controllers: Level of lighting on the D-Pad/joystick part of the controller.
enabled	int	1120+	no	Boolean	True if VR is enabled, false if it is disabled
using_3d_mouse	int	1120+	no	Boolean	True if the 3-d VR mouse is in use
teleport_on_ground	int	1120+	no	Boolean	True if the user is teleporting outside the aircraft. In this case the pilot’s head position is not reliable – use the regular camera location